qpid ontology goid desc ARGOT_score ARGOT_PPV ARGOT_rank goclasscount A0A023PMD2 MF 0004097 catechol oxidase activity 15.717034312136075 0.8550288867840067 1 98 A0A023PMD2 BP 0046148 pigment biosynthetic process 7.514560218804856 0.7027323776723089 1 96 A0A023PMD2 MF 0016682 oxidoreductase activity, acting on diphenols and related substances as donors, oxygen as acceptor 11.331598009722219 0.7934786146128878 2 98 A0A023PMD2 BP 0042440 pigment metabolic process 7.434535137374762 0.700607314510199 2 96 A0A023PMD2 MF 0016679 oxidoreductase activity, acting on diphenols and related substances as donors 9.397517266859296 0.7498159763902945 3 98 A0A023PMD2 BP 0008152 metabolic process 0.5975203147872122 0.41693878428364856 3 96 A0A023PMD2 MF 0004497 monooxygenase activity 6.6187647199296205 0.6782554595249077 4 98 A0A023PMD2 MF 0016491 oxidoreductase activity 2.9088041762909613 0.5523417468863225 5 98 A0A023PMD2 MF 0046872 metal ion binding 2.528464667665932 0.5355846502628262 6 98 A0A023PMD2 MF 0043169 cation binding 2.5143119327783845 0.5349375708941614 7 98 A0A023PMD2 MF 0043167 ion binding 1.6347241792937772 0.4903473949750383 8 98 A0A023PMD2 MF 0005488 binding 0.8869976870506919 0.44145016532347314 9 98 A0A023PMD2 MF 0003824 catalytic activity 0.7267359780449847 0.4284812736021145 10 98 A0A023PMD2 MF 0004503 tyrosinase activity 0.16024526352545332 0.3628244982835781 11 1 A0A023PMD2 MF 0016716 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, another compound as one donor, and incorporation of one atom of oxygen 0.1515093325070192 0.36121793801633945 12 1 A0A023PMD2 MF 0016705 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen 0.06928554389892666 0.3429197578935664 13 1 A0A023PN01 MF 0004097 catechol oxidase activity 15.717035696972069 0.8550288948024549 1 98 A0A023PN01 BP 0046148 pigment biosynthetic process 7.514788039334984 0.7027384112429617 1 96 A0A023PN01 MF 0016682 oxidoreductase activity, acting on diphenols and related substances as donors, oxygen as acceptor 11.331599008155157 0.7934786361461552 2 98 A0A023PN01 BP 0042440 pigment metabolic process 7.434760531767371 0.7006133158680985 2 96 A0A023PN01 MF 0016679 oxidoreductase activity, acting on diphenols and related substances as donors 9.397518094879384 0.749815995999993 3 98 A0A023PN01 BP 0008152 metabolic process 0.5975384299384537 0.41694048565437347 3 96 A0A023PN01 MF 0004497 monooxygenase activity 6.61876530311239 0.6782554759819894 4 98 A0A023PN01 MF 0016491 oxidoreductase activity 2.9088044325871962 0.5523417577962432 5 98 A0A023PN01 MF 0046872 metal ion binding 2.528464890450257 0.5355846604345087 6 98 A0A023PN01 MF 0043169 cation binding 2.5143121543157045 0.5349375810373367 7 98 A0A023PN01 MF 0043167 ion binding 1.6347243233301672 0.490347403153782 8 98 A0A023PN01 MF 0005488 binding 0.8869977652045151 0.44145017134803677 9 98 A0A023PN01 MF 0003824 catalytic activity 0.7267360420780661 0.4284812790553303 10 98 A0A023PN01 MF 0004503 tyrosinase activity 0.15893456882128199 0.3625863012451292 11 1 A0A023PN01 MF 0016716 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, another compound as one donor, and incorporation of one atom of oxygen 0.1502700916372387 0.3609863247404871 12 1 A0A023PN01 MF 0016705 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen 0.06871883638154953 0.3427631314553291 13 1 A0A023PNV8 MF 0004097 catechol oxidase activity 15.7170365079286 0.8550288994980382 1 98 A0A023PNV8 BP 0046148 pigment biosynthetic process 7.510803769276417 0.702632879138939 1 96 A0A023PNV8 MF 0016682 oxidoreductase activity, acting on diphenols and related substances as donors, oxygen as acceptor 11.331599592835019 0.7934786487559828 2 98 A0A023PNV8 BP 0042440 pigment metabolic process 7.4308186915419006 0.700508347191574 2 96 A0A023PNV8 MF 0016679 oxidoreductase activity, acting on diphenols and related substances as donors 9.3975185797659 0.7498160074833837 3 98 A0A023PNV8 BP 0008152 metabolic process 0.5972216206734704 0.4169107272836408 3 96 A0A023PNV8 MF 0004497 monooxygenase activity 6.618765644622778 0.6782554856192153 4 98 A0A023PNV8 MF 0016491 oxidoreductase activity 2.9088045826736377 0.5523417641850655 5 98 A0A023PNV8 MF 0046872 metal ion binding 2.5284650209122064 0.5355846663910206 6 98 A0A023PNV8 MF 0043169 cation binding 2.5143122840474113 0.5349375869771549 7 98 A0A023PNV8 MF 0043167 ion binding 1.6347244076775207 0.49034740794323384 8 98 A0A023PNV8 MF 0005488 binding 0.8869978109712009 0.4414501748760062 9 98 A0A023PNV8 MF 0003824 catalytic activity 0.7267360795756804 0.4284812822487199 10 98 A0A023PNV8 MF 0004503 tyrosinase activity 0.1573227418943679 0.36229202774923486 11 1 A0A023PNV8 MF 0016716 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, another compound as one donor, and incorporation of one atom of oxygen 0.14874613506940668 0.36070018495963835 12 1 A0A023PNV8 MF 0016705 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen 0.06802192776256599 0.34256963194824175 13 1 A0A023PP81 MF 0004097 catechol oxidase activity 15.717035401293998 0.855028893090426 1 98 A0A023PP81 BP 0046148 pigment biosynthetic process 7.508625349045857 0.7025751670800124 1 96 A0A023PP81 MF 0016682 oxidoreductase activity, acting on diphenols and related substances as donors, oxygen as acceptor 11.331598794978488 0.7934786315485602 2 98 A0A023PP81 BP 0042440 pigment metabolic process 7.428663470041707 0.7004509432527333 2 96 A0A023PP81 MF 0016679 oxidoreductase activity, acting on diphenols and related substances as donors 9.397517918087777 0.7498159918131018 3 98 A0A023PP81 BP 0008152 metabolic process 0.5970484035717369 0.4168944534031833 3 96 A0A023PP81 MF 0004497 monooxygenase activity 6.6187651785963055 0.6782554724682173 4 98 A0A023PP81 MF 0016491 oxidoreductase activity 2.908804377865066 0.5523417554668524 5 98 A0A023PP81 MF 0046872 metal ion binding 2.528464842883296 0.53558465826274 6 98 A0A023PP81 MF 0043169 cation binding 2.5143121070149936 0.5349375788716546 7 98 A0A023PP81 MF 0043167 ion binding 1.6347242925767769 0.4903474014075282 8 98 A0A023PP81 MF 0005488 binding 0.8869977485177944 0.4414501700617246 9 98 A0A023PP81 MF 0003824 catalytic activity 0.7267360284062826 0.42848127789100743 10 98 A0A023PP81 MF 0004503 tyrosinase activity 0.15814668113201838 0.3624426428575415 11 1 A0A023PP81 MF 0016716 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, another compound as one donor, and incorporation of one atom of oxygen 0.1495251564343841 0.3608466370685937 12 1 A0A023PP81 MF 0016705 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen 0.06837817590971457 0.3426686688972836 13 1 A0A023ZSZ2 CC 0016602 CCAAT-binding factor complex 12.200467327880572 0.811871510134786 1 21 A0A023ZSZ2 MF 0001228 DNA-binding transcription activator activity, RNA polymerase II-specific 11.56332563075201 0.7984510068912973 1 22 A0A023ZSZ2 BP 0045944 positive regulation of transcription by RNA polymerase II 8.898469888184609 0.737836002418861 1 22 A0A023ZSZ2 MF 0001216 DNA-binding transcription activator activity 10.799150773753986 0.7818571310680438 2 22 A0A023ZSZ2 CC 0090575 RNA polymerase II transcription regulator complex 9.332335024320573 0.7482696028935613 2 21 A0A023ZSZ2 BP 0045893 positive regulation of DNA-templated transcription 7.750959209968197 0.7089447069067545 2 22 A0A023ZSZ2 MF 0046982 protein heterodimerization activity 9.336579966961896 0.7483704733320173 3 22 A0A023ZSZ2 CC 0005667 transcription regulator complex 8.306953729642352 0.7231923389504268 3 21 A0A023ZSZ2 BP 1903508 positive regulation of nucleic acid-templated transcription 7.750947575565492 0.7089444035154355 3 22 A0A023ZSZ2 MF 0000981 DNA-binding transcription factor activity, RNA polymerase II-specific 7.960184574212574 0.71436436235717 4 22 A0A023ZSZ2 BP 1902680 positive regulation of RNA biosynthetic process 7.749958994218439 0.7089186233629855 4 22 A0A023ZSZ2 CC 0140513 nuclear protein-containing complex 5.956783552395467 0.6590827110716544 4 21 A0A023ZSZ2 BP 0051254 positive regulation of RNA metabolic process 7.6188268707466476 0.7054842707355498 5 22 A0A023ZSZ2 MF 0046983 protein dimerization activity 6.872239169961607 0.6853411608193042 5 22 A0A023ZSZ2 CC 0005634 nucleus 3.812172184839417 0.5881998741796137 5 21 A0A023ZSZ2 BP 0010557 positive regulation of macromolecule biosynthetic process 7.547015520123861 0.7035910002637213 6 22 A0A023ZSZ2 MF 0005515 protein binding 5.0310913327254605 0.6303849701958999 6 22 A0A023ZSZ2 CC 0032991 protein-containing complex 2.703219169276093 0.5434301360838523 6 21 A0A023ZSZ2 BP 0031328 positive regulation of cellular biosynthetic process 7.523197408605316 0.7029610599763957 7 22 A0A023ZSZ2 MF 0003700 DNA-binding transcription factor activity 4.757244280298398 0.6213972867760353 7 22 A0A023ZSZ2 CC 0043231 intracellular membrane-bounded organelle 2.6461185714562143 0.540895308350429 7 21 A0A023ZSZ2 BP 0045935 positive regulation of nucleobase-containing compound metabolic process 7.520462960289563 0.7028886756429711 8 22 A0A023ZSZ2 MF 0140110 transcription regulator activity 4.675737888336197 0.6186725607904418 8 22 A0A023ZSZ2 CC 0043227 membrane-bounded organelle 2.6234635436122775 0.5398820291359853 8 21 A0A023ZSZ2 BP 0009891 positive regulation of biosynthetic process 7.518882225066509 0.7028468255635931 9 22 A0A023ZSZ2 MF 0043565 sequence-specific DNA binding 3.3294746725595634 0.5696442350770444 9 11 A0A023ZSZ2 CC 0043229 intracellular organelle 1.84635493524875 0.5019986947601195 9 22 A0A023ZSZ2 BP 0031325 positive regulation of cellular metabolic process 7.138163653363513 0.6926358063267801 10 22 A0A023ZSZ2 CC 0043226 organelle 1.8122391286279682 0.5001674142623997 10 22 A0A023ZSZ2 MF 0003677 DNA binding 1.7167669589376493 0.49494895917181997 10 11 A0A023ZSZ2 BP 0051173 positive regulation of nitrogen compound metabolic process 7.0498808566587545 0.6902294023757083 11 22 A0A023ZSZ2 CC 0005622 intracellular anatomical structure 1.2316185034451872 0.4658405044452667 11 22 A0A023ZSZ2 MF 0003676 nucleic acid binding 1.1862575320080357 0.4628452338757849 11 11 A0A023ZSZ2 BP 0010604 positive regulation of macromolecule metabolic process 6.9874700672427075 0.6885191122475283 12 22 A0A023ZSZ2 MF 0005488 binding 0.8867127121392271 0.4414281959894879 12 22 A0A023ZSZ2 CC 0005694 chromosome 0.2059713092411501 0.37059765816463847 12 1 A0A023ZSZ2 BP 0009893 positive regulation of metabolic process 6.90241310450523 0.6861758859728986 13 22 A0A023ZSZ2 MF 1901363 heterocyclic compound binding 0.6929473664246845 0.4255695041945084 13 11 A0A023ZSZ2 CC 0016021 integral component of membrane 0.11527820865431385 0.35399924019888385 13 3 A0A023ZSZ2 BP 0006357 regulation of transcription by RNA polymerase II 6.801806115130882 0.6833855560983928 14 22 A0A023ZSZ2 MF 0097159 organic cyclic compound binding 0.692728265393051 0.4255503939936164 14 11 A0A023ZSZ2 CC 0031224 intrinsic component of membrane 0.11487638634031272 0.35391324464276125 14 3 A0A023ZSZ2 BP 0048522 positive regulation of cellular process 6.530601102972468 0.6757591924181541 15 22 A0A023ZSZ2 MF 0000978 RNA polymerase II cis-regulatory region sequence-specific DNA binding 0.4352054750782603 0.4004885924277728 15 1 A0A023ZSZ2 CC 0016020 membrane 0.09443783589399858 0.34932103396007996 15 3 A0A023ZSZ2 BP 0048518 positive regulation of biological process 6.315796714363346 0.6696057340749677 16 22 A0A023ZSZ2 MF 0000987 cis-regulatory region sequence-specific DNA binding 0.42588317661139496 0.39945712135678835 16 1 A0A023ZSZ2 CC 0043232 intracellular non-membrane-bounded organelle 0.08854871154429605 0.3479073608015678 16 1 A0A023ZSZ2 BP 0006355 regulation of DNA-templated transcription 3.520028270940236 0.5771204412986732 17 22 A0A023ZSZ2 MF 0000977 RNA polymerase II transcription regulatory region sequence-specific DNA binding 0.40620771743635964 0.3972423878826318 17 1 A0A023ZSZ2 CC 0043228 non-membrane-bounded organelle 0.08700154933964832 0.34752822836389313 17 1 A0A023ZSZ2 BP 1903506 regulation of nucleic acid-templated transcription 3.5200087728309453 0.5771196868031856 18 22 A0A023ZSZ2 MF 0000976 transcription cis-regulatory region binding 0.38452599188724634 0.39473875203487935 18 1 A0A023ZSZ2 CC 0005737 cytoplasm 0.06337165803844459 0.3412522530261932 18 1 A0A023ZSZ2 BP 2001141 regulation of RNA biosynthetic process 3.518168626361444 0.5770484714044185 19 22 A0A023ZSZ2 MF 0001067 transcription regulatory region nucleic acid binding 0.3844888165683877 0.3947343995329784 19 1 A0A023ZSZ2 CC 0110165 cellular anatomical entity 0.029115728397646777 0.32947595742724634 19 22 A0A023ZSZ2 BP 0051252 regulation of RNA metabolic process 3.4925634065711124 0.5760555859076335 20 22 A0A023ZSZ2 MF 1990837 sequence-specific double-stranded DNA binding 0.3657260211270953 0.3925101152058429 20 1 A0A023ZSZ2 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.463001741244379 0.5749047450188929 21 22 A0A023ZSZ2 MF 0003690 double-stranded DNA binding 0.3282744222347096 0.3878926846240177 21 1 A0A023ZSZ2 BP 0010556 regulation of macromolecule biosynthetic process 3.436042067050054 0.5738509099767247 22 22 A0A023ZSZ2 BP 0031326 regulation of cellular biosynthetic process 3.4312961834211086 0.5736649692560624 23 22 A0A023ZSZ2 BP 0009889 regulation of biosynthetic process 3.4291591472470633 0.5735811995431732 24 22 A0A023ZSZ2 BP 0031323 regulation of cellular metabolic process 3.3428553960367555 0.5701760893731462 25 22 A0A023ZSZ2 BP 0051171 regulation of nitrogen compound metabolic process 3.326665473051233 0.5695324399218458 26 22 A0A023ZSZ2 BP 0080090 regulation of primary metabolic process 3.320653218375338 0.5692930169697152 27 22 A0A023ZSZ2 BP 0010468 regulation of gene expression 3.29629946419757 0.5683209655085422 28 22 A0A023ZSZ2 BP 0060255 regulation of macromolecule metabolic process 3.203763911656574 0.5645943683499357 29 22 A0A023ZSZ2 BP 0019222 regulation of metabolic process 3.1682882388566047 0.5631514416120431 30 22 A0A023ZSZ2 BP 0050794 regulation of cellular process 2.6353587701135357 0.540414603630438 31 22 A0A023ZSZ2 BP 0050789 regulation of biological process 2.459752016149773 0.5324258223095623 32 22 A0A023ZSZ2 BP 0065007 biological regulation 2.362209112336652 0.527864847598716 33 22 A0A059PT02 BP 0009736 cytokinin-activated signaling pathway 12.152792008393742 0.8108796124150455 1 92 A0A059PT02 CC 0005634 nucleus 3.547840230961565 0.5781945292011742 1 83 A0A059PT02 BP 0071368 cellular response to cytokinin stimulus 12.151441818233687 0.8108514930448132 2 92 A0A059PT02 CC 0043231 intracellular membrane-bounded organelle 2.462639531614535 0.5325594473586963 2 83 A0A059PT02 BP 0009735 response to cytokinin 12.12831758135545 0.8103696596597627 3 92 A0A059PT02 CC 0043227 membrane-bounded organelle 2.441555379241271 0.5315819290352559 3 83 A0A059PT02 BP 0009755 hormone-mediated signaling pathway 9.524900942455256 0.7528226032748425 4 92 A0A059PT02 CC 0043229 intracellular organelle 1.6636071111198507 0.4919802586179981 4 83 A0A059PT02 BP 0032870 cellular response to hormone stimulus 9.246729924231223 0.7462304936941093 5 92 A0A059PT02 CC 0043226 organelle 1.6328680059714271 0.49024196690941874 5 83 A0A059PT02 BP 0048511 rhythmic process 9.119552419859321 0.7431836239245325 6 79 A0A059PT02 CC 0005622 intracellular anatomical structure 1.1097158305817076 0.4576581094443422 6 83 A0A059PT02 BP 0009725 response to hormone 8.925905306709401 0.7385032026363644 7 92 A0A059PT02 CC 0110165 cellular anatomical entity 0.02623392278648399 0.32821788348181774 7 83 A0A059PT02 BP 0071495 cellular response to endogenous stimulus 8.670541010401571 0.732252760421374 8 92 A0A059PT02 BP 0009719 response to endogenous stimulus 8.447007302407455 0.7267054417148533 9 92 A0A059PT02 BP 0071310 cellular response to organic substance 8.032818398067967 0.7162291382140551 10 92 A0A059PT02 BP 0010033 response to organic substance 7.468131288546855 0.7015008451121103 11 92 A0A059PT02 BP 0070887 cellular response to chemical stimulus 6.248102018532505 0.6676448784330777 12 92 A0A059PT02 BP 0000160 phosphorelay signal transduction system 5.131866937231413 0.6336306247711323 13 91 A0A059PT02 BP 0042221 response to chemical 5.05129857015722 0.6310383670464867 14 92 A0A059PT02 BP 0035556 intracellular signal transduction 4.789199633495559 0.6224591657859333 15 91 A0A059PT02 BP 0007165 signal transduction 4.053935299596705 0.5970512956680871 16 92 A0A059PT02 BP 0023052 signaling 4.02718736664461 0.5960852301309436 17 92 A0A059PT02 BP 0007154 cell communication 3.9074424525236537 0.5917204966971075 18 92 A0A059PT02 BP 0051716 cellular response to stimulus 3.399607868282988 0.5724201312403028 19 92 A0A059PT02 BP 0048579 negative regulation of long-day photoperiodism, flowering 3.132164062102058 0.5616738122997365 20 15 A0A059PT02 BP 0050896 response to stimulus 3.0381849796643547 0.5577892638056043 21 92 A0A059PT02 BP 0048586 regulation of long-day photoperiodism, flowering 2.6816754046097975 0.5424769329064629 22 15 A0A059PT02 BP 0050794 regulation of cellular process 2.6362047700716738 0.5404524350152335 23 92 A0A059PT02 BP 0048581 negative regulation of post-embryonic development 2.524751641743105 0.5354150620417653 24 15 A0A059PT02 BP 0050789 regulation of biological process 2.460541643021944 0.5324623715223772 25 92 A0A059PT02 BP 2000028 regulation of photoperiodism, flowering 2.4507616511890586 0.5320092737274152 26 15 A0A059PT02 BP 0065007 biological regulation 2.362967426093706 0.5279006647907454 27 92 A0A059PT02 BP 2000242 negative regulation of reproductive process 2.33610856586766 0.5266285252925602 28 15 A0A059PT02 BP 0048580 regulation of post-embryonic development 2.149208093506235 0.5175657797855627 29 15 A0A059PT02 BP 2000241 regulation of reproductive process 1.9593566403799754 0.5079466344700365 30 15 A0A059PT02 BP 0051241 negative regulation of multicellular organismal process 1.7617436352527087 0.49742496343696185 31 15 A0A059PT02 BP 0051093 negative regulation of developmental process 1.7563751985505902 0.49713110082845247 32 15 A0A059PT02 BP 2000026 regulation of multicellular organismal development 1.641773657451742 0.49074725123204965 33 15 A0A059PT02 BP 0051239 regulation of multicellular organismal process 1.4569464934436358 0.4799622640477177 34 15 A0A059PT02 BP 0048585 negative regulation of response to stimulus 1.3637270622829023 0.47426270876343335 35 15 A0A059PT02 BP 0048583 regulation of response to stimulus 1.1222536080310905 0.45851975721039157 36 15 A0A059PT02 BP 0050793 regulation of developmental process 1.0862830517627609 0.4560345599380272 37 15 A0A059PT02 BP 0048519 negative regulation of biological process 0.9375412891717956 0.44529239133488174 38 15 A0A059PT02 BP 0009987 cellular process 0.34820307332068157 0.39038068232071255 39 92 A0A059PT02 BP 0009585 red, far-red light phototransduction 0.1848985759755559 0.36713575957122396 40 1 A0A059PT02 BP 0010017 red or far-red light signaling pathway 0.18275677485947225 0.3667730891339657 41 1 A0A059PT02 BP 0071489 cellular response to red or far red light 0.18270330879767907 0.3667640086323291 42 1 A0A059PT02 BP 0009639 response to red or far red light 0.15715764534939303 0.36226180090309085 43 1 A0A059PT02 BP 0009908 flower development 0.15470165773908576 0.3618102551051863 44 1 A0A059PT02 BP 0090567 reproductive shoot system development 0.154310309635306 0.3617379735829872 45 1 A0A059PT02 BP 0071482 cellular response to light stimulus 0.13916146826325038 0.3588659191914329 46 1 A0A059PT02 BP 0071478 cellular response to radiation 0.13643708246973546 0.3583330911582834 47 1 A0A059PT02 BP 0048367 shoot system development 0.13611989485959636 0.35827071203671523 48 1 A0A059PT02 BP 0007602 phototransduction 0.13192641630057206 0.35743907386294926 49 1 A0A059PT02 BP 0048608 reproductive structure development 0.12737562124297516 0.3565214754487992 50 1 A0A059PT02 BP 0061458 reproductive system development 0.12731282887340414 0.35650870065588536 51 1 A0A059PT02 BP 0071214 cellular response to abiotic stimulus 0.12581233408250053 0.3562024899587848 52 1 A0A059PT02 BP 0104004 cellular response to environmental stimulus 0.12581233408250053 0.3562024899587848 53 1 A0A059PT02 BP 0009583 detection of light stimulus 0.1253885056954483 0.3561156676618846 54 1 A0A059PT02 BP 0009791 post-embryonic development 0.12518229274902826 0.3560733713641559 55 1 A0A059PT02 BP 0009582 detection of abiotic stimulus 0.12357823051121213 0.3557431658206768 56 1 A0A059PT02 BP 0009581 detection of external stimulus 0.12356682849462224 0.3557408110028168 57 1 A0A059PT02 BP 0009416 response to light stimulus 0.11378324814826704 0.35367853378817954 58 1 A0A059PT02 BP 0003006 developmental process involved in reproduction 0.11208997362732838 0.35331272876093167 59 1 A0A059PT02 BP 0009314 response to radiation 0.11204253762287236 0.3533024413214452 60 1 A0A059PT02 BP 0051606 detection of stimulus 0.10007131312497923 0.35063264087189483 61 1 A0A059PT02 BP 0009628 response to abiotic stimulus 0.09370365667264104 0.3491472489787114 62 1 A0A059PT02 BP 0022414 reproductive process 0.0930972662283716 0.3490031983922539 63 1 A0A059PT02 BP 0000003 reproduction 0.09201294846465856 0.34874443975121416 64 1 A0A059PT02 BP 0048731 system development 0.08407970754288813 0.3468029195818415 65 1 A0A059PT02 BP 0007275 multicellular organism development 0.08243798592701206 0.3463898471431431 66 1 A0A059PT02 BP 0048856 anatomical structure development 0.07392707074842562 0.34417920198879265 67 1 A0A059PT02 BP 0032501 multicellular organismal process 0.07330913651164547 0.3440138583382563 68 1 A0A059PT02 BP 0032502 developmental process 0.07177024824080008 0.3435990361637756 69 1 A0A059PT02 BP 0009605 response to external stimulus 0.06521378261919009 0.34177970856832196 70 1 A0A059PTK5 BP 0009736 cytokinin-activated signaling pathway 12.151238960916169 0.8108472681567629 1 11 A0A059PTK5 BP 0071368 cellular response to cytokinin stimulus 12.1498889433016 0.810819150583324 2 11 A0A059PTK5 BP 0009735 response to cytokinin 12.126767661549865 0.8103373479868377 3 11 A0A059PTK5 BP 0009755 hormone-mediated signaling pathway 9.523683722299376 0.7527939687884525 4 11 A0A059PTK5 BP 0032870 cellular response to hormone stimulus 9.245548252515396 0.7462022804354607 5 11 A0A059PTK5 BP 0009725 response to hormone 8.924764634285149 0.7384754831421656 6 11 A0A059PTK5 BP 0071495 cellular response to endogenous stimulus 8.669432971867206 0.7322254403227897 7 11 A0A059PTK5 BP 0009719 response to endogenous stimulus 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0009605 response to external stimulus 0.06435452557677344 0.3415346173716538 70 1 A0A059PU39 BP 0009736 cytokinin-activated signaling pathway 12.14255307720413 0.8106663350745955 1 3 A0A059PU39 BP 0071368 cellular response to cytokinin stimulus 12.14120402460194 0.8106382275523798 2 3 A0A059PU39 BP 0009735 response to cytokinin 12.118099270281293 0.8101565971864562 3 3 A0A059PU39 BP 0009755 hormone-mediated signaling pathway 9.516876053584424 0.7526337880901177 4 3 A0A059PU39 BP 0032870 cellular response to hormone stimulus 9.238939399110926 0.7460444560760129 5 3 A0A059PU39 BP 0009725 response to hormone 8.918385081712769 0.7383204208903837 6 3 A0A059PU39 BP 0071495 cellular response to endogenous stimulus 8.663235934109561 0.7320726122814485 7 3 A0A059PU39 BP 0009719 response to endogenous stimulus 8.439890557015303 0.726527630921892 8 3 A0A059PU39 BP 0071310 cellular response to organic substance 8.026050613777766 0.7160557415817861 9 3 A0A059PU39 BP 0010033 response to organic 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0.3452763228637202 47 1 A0A059PU55 BP 0009416 response to light stimulus 0.07062642933937657 0.343287819772815 48 1 A0A059PU55 BP 0009314 response to radiation 0.06954595245967019 0.34299151469379774 49 1 A0A059PU55 BP 0009628 response to abiotic stimulus 0.058162820929561224 0.3397178394560655 50 1 A0A059PU55 BP 0045892 negative regulation of DNA-templated transcription 0.056543653246173296 0.3392269764551604 51 1 A0A059PU55 BP 1903507 negative regulation of nucleic acid-templated transcription 0.05654044553637227 0.3392259970871394 52 1 A0A059PU55 BP 1902679 negative regulation of RNA biosynthetic process 0.05653961721397152 0.33922574418179646 53 1 A0A059PU55 BP 0051253 negative regulation of RNA metabolic process 0.05508176040736535 0.33877771937701967 54 1 A0A059PU55 BP 0045934 negative regulation of nucleobase-containing compound metabolic process 0.0542279265498979 0.3385125648918943 55 1 A0A059PU55 BP 0010558 negative regulation of macromolecule biosynthetic process 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of nucleic acid-templated transcription 0.025670945126771615 0.32796416907919845 65 1 A0A059PU55 BP 2001141 regulation of RNA biosynthetic process 0.02565752518889862 0.3279580874075784 66 1 A0A059PU55 BP 0051252 regulation of RNA metabolic process 0.025470789804239936 0.32787329670708043 67 1 A0A059PU55 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.025255200600509557 0.32777501688988697 68 1 A0A059PU55 BP 0010556 regulation of macromolecule biosynthetic process 0.025058587364139254 0.32768502120385457 69 1 A0A059PU55 BP 0031326 regulation of cellular biosynthetic process 0.02502397628045189 0.3276691421885934 70 1 A0A059PU55 BP 0009889 regulation of biosynthetic process 0.025008391166351816 0.32766198840030725 71 1 A0A059PU55 BP 0031323 regulation of cellular metabolic process 0.024378989649328733 0.32737119789372376 72 1 A0A059PU55 BP 0051171 regulation of nitrogen compound metabolic process 0.024260918743433304 0.3273162313461937 73 1 A0A059PU55 BP 0080090 regulation of primary metabolic process 0.02421707218797459 0.32729578504106366 74 1 A0A059PU55 BP 0010468 regulation of gene expression 0.024039463571781976 0.3272127735310961 75 1 A0A059PU55 BP 0060255 regulation of macromolecule metabolic process 0.023364614375413376 0.32689452859290813 76 1 A0A059PU55 BP 0019222 regulation of metabolic process 0.023105895119707967 0.32677130515045744 77 1 A0A059PU57 BP 0009736 cytokinin-activated signaling pathway 12.152791654309235 0.810879605041005 1 92 A0A059PU57 CC 0005634 nucleus 3.548361153126591 0.5782146067869394 1 83 A0A059PU57 BP 0071368 cellular response to cytokinin stimulus 12.151441464188519 0.8108514856711824 2 92 A0A059PU57 CC 0043231 intracellular membrane-bounded organelle 2.463001115968107 0.5325761748143062 2 83 A0A059PU57 BP 0009735 response to cytokinin 12.128317227984029 0.8103696522931512 3 92 A0A059PU57 CC 0043227 membrane-bounded organelle 2.4419138678516337 0.5315985847299862 3 83 A0A059PU57 BP 0009755 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response to stimulus 3.0381848911436067 0.557789260118592 21 92 A0A059PU57 BP 0048586 regulation of long-day photoperiodism, flowering 2.680788704119916 0.5424376189846873 22 15 A0A059PU57 BP 0050794 regulation of cellular process 2.6362046932630463 0.5404524315807846 23 92 A0A059PU57 BP 0048581 negative regulation of post-embryonic development 2.523916828359757 0.535376915726264 24 15 A0A059PU57 BP 0050789 regulation of biological process 2.4605415713314485 0.5324623682043278 25 92 A0A059PU57 BP 2000028 regulation of photoperiodism, flowering 2.4499513027207254 0.531971690523288 26 15 A0A059PU57 BP 0065007 biological regulation 2.362967357246139 0.527900661539151 27 92 A0A059PU57 BP 2000242 negative regulation of reproductive process 2.3353361276351245 0.526591831738747 28 15 A0A059PU57 BP 0048580 regulation of post-embryonic development 2.148497454229724 0.5175305846616587 29 15 A0A059PU57 BP 2000241 regulation of reproductive process 1.9587087758062498 0.5079130297709136 30 15 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far-red light phototransduction 0.18496722717679343 0.36714734941738864 40 1 A0A059PU57 BP 0010017 red or far-red light signaling pathway 0.18282463082895284 0.3667846116582205 41 1 A0A059PU57 BP 0071489 cellular response to red or far red light 0.1827711449156851 0.3667755294709855 42 1 A0A059PU57 BP 0009639 response to red or far red light 0.15721599658914687 0.3622724860044175 43 1 A0A059PU57 BP 0009908 flower development 0.1547590970924241 0.3618208563868178 44 1 A0A059PU57 BP 0090567 reproductive shoot system development 0.15436760368456465 0.36174856144712 45 1 A0A059PU57 BP 0071482 cellular response to light stimulus 0.13921313768207547 0.3588759739208877 46 1 A0A059PU57 BP 0071478 cellular response to radiation 0.13648774034828032 0.35834304697975694 47 1 A0A059PU57 BP 0048367 shoot system development 0.13617043496919498 0.35828065627885625 48 1 A0A059PU57 BP 0007602 phototransduction 0.13197539940877723 0.3574488637294798 49 1 A0A059PU57 BP 0048608 reproductive structure development 0.12742291468134032 0.3565310949830629 50 1 A0A059PU57 BP 0061458 reproductive system development 0.12736009899751943 0.3565183178187855 51 1 A0A059PU57 BP 0071214 cellular response to abiotic stimulus 0.1258590470862091 0.3562120502803027 52 1 A0A059PU57 BP 0104004 cellular response to environmental stimulus 0.1258590470862091 0.3562120502803027 53 1 A0A059PU57 BP 0009583 detection of light stimulus 0.12543506133543605 0.356125211866724 54 1 A0A059PU57 BP 0009791 post-embryonic development 0.1252287718239781 0.356082907717604 55 1 A0A059PU57 BP 0009582 detection of abiotic stimulus 0.12362411401208083 0.35575264087861924 56 1 A0A059PU57 BP 0009581 detection of external stimulus 0.12361270776202332 0.3557502856236383 57 1 A0A059PU57 BP 0009416 response to light stimulus 0.11382549485906439 0.353687625591913 58 1 A0A059PU57 BP 0003006 developmental process involved in reproduction 0.1121315916403152 0.3533217526608866 59 1 A0A059PU57 BP 0009314 response to radiation 0.11208413802329148 0.3533114633117599 60 1 A0A059PU57 BP 0051606 detection of stimulus 0.10010846871592521 0.3506411672715942 61 1 A0A059PU57 BP 0009628 response to abiotic stimulus 0.09373844800922641 0.34915549964758513 62 1 A0A059PU57 BP 0022414 reproductive process 0.09313183241756362 0.349011422321257 63 1 A0A059PU57 BP 0000003 reproduction 0.09204711205628263 0.34875261564728127 64 1 A0A059PU57 BP 0048731 system development 0.08411092559252459 0.34681073507675 65 1 A0A059PU57 BP 0007275 multicellular organism development 0.08246859441997438 0.34639758596010206 66 1 A0A059PU57 BP 0048856 anatomical structure development 0.07395451921407266 0.3441865304473698 67 1 A0A059PU57 BP 0032501 multicellular organismal process 0.07333635554379137 0.34402115610436673 68 1 A0A059PU57 BP 0032502 developmental process 0.07179689589738071 0.343606256927136 69 1 A0A059PU57 BP 0009605 response to external stimulus 0.06523799591824027 0.34178659161292796 70 1 A0A059PU67 BP 0009736 cytokinin-activated signaling pathway 12.152791364420304 0.8108795990038791 1 92 A0A059PU67 CC 0005634 nucleus 3.5488172920374543 0.5782321862609907 1 83 A0A059PU67 BP 0071368 cellular response to cytokinin stimulus 12.151441174331794 0.810851479634392 2 92 A0A059PU67 CC 0043231 intracellular membrane-bounded organelle 2.4633177327379365 0.5325908209911563 2 83 A0A059PU67 BP 0009735 response to cytokinin 12.128316938678905 0.8103696462621075 3 92 A0A059PU67 CC 0043227 membrane-bounded organelle 2.4422277738730434 0.5316131680746543 3 83 A0A059PU67 BP 0009755 hormone-mediated signaling pathway 9.524900437733113 0.7528225914018893 4 92 A0A059PU67 CC 0043229 intracellular organelle 1.6640652618955432 0.49200604496159284 4 83 A0A059PU67 BP 0032870 cellular response to hormone stimulus 9.246729434249294 0.7462304819958134 5 92 A0A059PU67 CC 0043226 organelle 1.6333176913199323 0.49026751391018253 5 83 A0A059PU67 BP 0048511 rhythmic process 9.121975257821013 0.7432418671457159 6 79 A0A059PU67 CC 0005622 intracellular anatomical structure 1.1100214419037446 0.4576791700216547 6 83 A0A059PU67 BP 0009725 response to hormone 8.92590483372789 0.738503191142802 7 92 A0A059PU67 CC 0110165 cellular anatomical entity 0.026241147504383874 0.328221121624634 7 83 A0A059PU67 BP 0071495 cellular response to endogenous stimulus 8.670540550951749 0.7322527490934163 8 92 A0A059PU67 BP 0009719 response to endogenous stimulus 8.44700685480263 0.7267054305338713 9 92 A0A059PU67 BP 0071310 cellular response to organic substance 8.032817972410909 0.7162291273106414 10 92 A0A059PU67 BP 0010033 response to organic substance 7.468130892812427 0.7015008345989209 11 92 A0A059PU67 BP 0070887 cellular response to chemical stimulus 6.248101687447126 0.667644868816898 12 92 A0A059PU67 BP 0000160 phosphorelay signal transduction system 5.131359392899332 0.6336143586632732 13 91 A0A059PU67 BP 0042221 response to chemical 5.05129830249016 0.631038358400192 14 92 A0A059PU67 BP 0035556 intracellular signal transduction 4.788725979139569 0.6224434521233109 15 91 A0A059PU67 BP 0007165 signal transduction 4.053935084779678 0.5970512879222758 16 92 A0A059PU67 BP 0023052 signaling 4.027187153244949 0.596085222410728 17 92 A0A059PU67 BP 0007154 cell communication 3.9074422454692455 0.5917204890925349 18 92 A0A059PU67 BP 0051716 cellular response to stimulus 3.3996076881386093 0.572420124147091 19 92 A0A059PU67 BP 0048579 negative regulation of long-day photoperiodism, flowering 3.128583793959596 0.5615269013779551 20 15 A0A059PU67 BP 0050896 response to stimulus 3.038184818671685 0.5577892571000356 21 92 A0A059PU67 BP 0048586 regulation of long-day photoperiodism, flowering 2.678610074432583 0.5423409967654258 22 15 A0A059PU67 BP 0050794 regulation of cellular process 2.636204630379835 0.5404524287690018 23 92 A0A059PU67 BP 0048581 negative regulation of post-embryonic development 2.5218656856784367 0.5352831631446362 24 15 A0A059PU67 BP 0050789 regulation of biological process 2.4605415126384513 0.5324623654878413 25 92 A0A059PU67 BP 2000028 regulation of photoperiodism, flowering 2.4479602705172456 0.5318793219061231 26 15 A0A059PU67 BP 0065007 biological regulation 2.3629673008806473 0.5279006588770713 27 92 A0A059PU67 BP 2000242 negative regulation of reproductive process 2.3334382411624803 0.5265016496240689 28 15 A0A059PU67 BP 0048580 regulation of post-embryonic development 2.146751408250886 0.517444085253174 29 15 A0A059PU67 BP 2000241 regulation of reproductive process 1.9571169677382538 0.5078304391653411 30 15 A0A059PU67 BP 0051241 negative regulation of multicellular organismal process 1.7597298471856024 0.4973147833303767 31 15 A0A059PU67 BP 0051093 negative regulation of developmental process 1.7543675469573463 0.4970210887219694 32 15 A0A059PU67 BP 2000026 regulation of multicellular organismal development 1.6398970029067172 0.49064088874737166 33 15 A0A059PU67 BP 0051239 regulation of multicellular organismal process 1.4552811084215478 0.4798620672979622 34 15 A0A059PU67 BP 0048585 negative regulation of response to stimulus 1.3621682331605134 0.4741657704271055 35 15 A0A059PU67 BP 0048583 regulation of response to stimulus 1.1209707988420023 0.4584318190577926 36 15 A0A059PU67 BP 0050793 regulation of developmental process 1.0850413592693886 0.45594804256297305 37 15 A0A059PU67 BP 0048519 negative regulation of biological process 0.9364696182301363 0.4452120152155349 38 15 A0A059PU67 BP 0009987 cellular process 0.34820305486948694 0.39038068005061344 39 92 A0A059PU67 BP 0009585 red, far-red light phototransduction 0.18472814106571667 0.3671069770715915 40 1 A0A059PU67 BP 0010017 red or far-red light signaling pathway 0.18258831420864605 0.3667444738231654 41 1 A0A059PU67 BP 0071489 cellular response to red or far red light 0.18253489743053913 0.366735397507584 42 1 A0A059PU67 BP 0009639 response to red or far red light 0.15701278133962795 0.36223526526830857 43 1 A0A059PU67 BP 0009908 flower development 0.15455905759763183 0.3617839276302286 44 1 A0A059PU67 BP 0090567 reproductive shoot system development 0.15416807022880327 0.36171167942936494 45 1 A0A059PU67 BP 0071482 cellular response to light stimulus 0.13903319268204914 0.3588409490371507 46 1 A0A059PU67 BP 0071478 cellular response to radiation 0.13631131815961695 0.3583083666344343 47 1 A0A059PU67 BP 0048367 shoot system development 0.13599442292513 0.35824601626925606 48 1 A0A059PU67 BP 0007602 phototransduction 0.13180480981037077 0.35741476147555296 49 1 A0A059PU67 BP 0048608 reproductive structure development 0.12725820956250264 0.3564975860686058 50 1 A0A059PU67 BP 0061458 reproductive system development 0.12719547507337658 0.35648481716479263 51 1 A0A059PU67 BP 0071214 cellular response to abiotic stimulus 0.12569636340126145 0.3561787476289326 52 1 A0A059PU67 BP 0104004 cellular response to environmental stimulus 0.12569636340126145 0.3561787476289326 53 1 A0A059PU67 BP 0009583 detection of light stimulus 0.12527292568867796 0.3560919653565752 54 1 A0A059PU67 BP 0009791 post-embryonic development 0.12506690282422445 0.3560496885571786 55 1 A0A059PU67 BP 0009582 detection of abiotic stimulus 0.12346431917109418 0.3557196352364161 56 1 A0A059PU67 BP 0009581 detection of external stimulus 0.12345292766459968 0.3557172815041125 57 1 A0A059PU67 BP 0009416 response to light stimulus 0.11367836557933945 0.353655954986537 58 1 A0A059PU67 BP 0003006 developmental process involved in reproduction 0.11198665187675101 0.35329031859314797 59 1 A0A059PU67 BP 0009314 response to radiation 0.1119392595976244 0.35328003589610757 60 1 A0A059PU67 BP 0051606 detection of stimulus 0.09997906987680946 0.3506114662080789 61 1 A0A059PU67 BP 0009628 response to abiotic stimulus 0.09361728297185751 0.3491267590713862 62 1 A0A059PU67 BP 0022414 reproductive process 0.09301145148322175 0.3489827748913596 63 1 A0A059PU67 BP 0000003 reproduction 0.09192813321666177 0.3487241355364556 64 1 A0A059PU67 BP 0048731 system development 0.08400220495911334 0.34678351039589245 65 1 A0A059PU67 BP 0007275 multicellular organism development 0.08236199664140147 0.3463706283810376 66 1 A0A059PU67 BP 0048856 anatomical structure development 0.07385892661280312 0.344161002320453 67 1 A0A059PU67 BP 0032501 multicellular organismal process 0.07324156197243752 0.34399573489231855 68 1 A0A059PU67 BP 0032502 developmental process 0.0717040922105358 0.34358110394829877 69 1 A0A059PU67 BP 0009605 response to external stimulus 0.06515367017590958 0.3417626150516327 70 1 A0A059ZYD4 BP 1902584 positive regulation of response to water deprivation 3.759582372073518 0.5862376094480467 1 19 A0A059ZYD4 MF 0003677 DNA binding 3.242744959818471 0.5661706899399075 1 96 A0A059ZYD4 CC 0005634 nucleus 0.6739229807723205 0.42389876325089143 1 18 A0A059ZYD4 BP 1901002 positive regulation of response to salt stress 3.7030956023660115 0.5841145892907289 2 19 A0A059ZYD4 MF 0003676 nucleic acid binding 2.2406830542371043 0.5220485920354743 2 96 A0A059ZYD4 CC 0043231 intracellular membrane-bounded organelle 0.46778582621337833 0.4040093514503529 2 18 A0A059ZYD4 BP 2000070 regulation of response to water deprivation 3.638666548124689 0.581673197946615 3 19 A0A059ZYD4 MF 0042803 protein homodimerization activity 2.0197436614016104 0.5110548797656034 3 19 A0A059ZYD4 CC 0043227 membrane-bounded organelle 0.46378082771021945 0.40358331376854073 3 18 A0A059ZYD4 BP 0006355 regulation of DNA-templated transcription 3.5211333739851653 0.5771632007612482 4 96 A0A059ZYD4 MF 0042802 identical protein binding 1.8719417861082108 0.503361077099141 4 19 A0A059ZYD4 CC 0043229 intracellular organelle 0.31600720161405277 0.3863234799057057 4 18 A0A059ZYD4 BP 1903506 regulation of nucleic acid-templated transcription 3.521113869754498 0.5771624461473339 5 96 A0A059ZYD4 MF 0046983 protein dimerization activity 1.4429462080946034 0.4791181545112402 5 19 A0A059ZYD4 CC 0043226 organelle 0.3101682156340429 0.3855658697902963 5 18 A0A059ZYD4 BP 2001141 regulation of RNA biosynthetic process 3.519273145576151 0.5770912195705065 6 96 A0A059ZYD4 MF 0043565 sequence-specific DNA binding 1.320057089432506 0.4715257067084959 6 19 A0A059ZYD4 CC 0005622 intracellular anatomical structure 0.21079387787233134 0.37136465149490755 6 18 A0A059ZYD4 BP 0051252 regulation of RNA metabolic process 3.4936598870985764 0.5760981782291377 7 96 A0A059ZYD4 MF 1901363 heterocyclic compound binding 1.3088856167663108 0.47081829463881697 7 96 A0A059ZYD4 CC 0110165 cellular anatomical entity 0.0049832129663929395 0.3149499404046551 7 18 A0A059ZYD4 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464088940969573 0.5749471567029321 8 96 A0A059ZYD4 MF 0097159 organic cyclic compound binding 1.30847176399362 0.4707920303300193 8 96 A0A059ZYD4 BP 0010556 regulation of macromolecule biosynthetic process 3.437120802860828 0.5738931562494615 9 96 A0A059ZYD4 MF 0005515 protein binding 1.0563651790329616 0.453936018856572 9 19 A0A059ZYD4 BP 0031326 regulation of cellular biosynthetic process 3.432373429274972 0.5737071863433046 10 96 A0A059ZYD4 MF 0005488 binding 0.8869910931187924 0.44144965702285044 10 96 A0A059ZYD4 BP 0009889 regulation of biosynthetic process 3.430235722184388 0.5736234034818137 11 96 A0A059ZYD4 BP 1901000 regulation of response to salt stress 3.402127989831661 0.5725193430182751 12 19 A0A059ZYD4 BP 0031323 regulation of cellular metabolic process 3.343904876152417 0.5702177588413183 13 96 A0A059ZYD4 BP 0051171 regulation of nitrogen compound metabolic process 3.327709870385789 0.5695740083619727 14 96 A0A059ZYD4 BP 0080090 regulation of primary metabolic process 3.3216957281793285 0.5693345478297078 15 96 A0A059ZYD4 BP 0010468 regulation of gene expression 3.2973343282084513 0.5683623437940881 16 96 A0A059ZYD4 BP 0047484 regulation of response to osmotic stress 3.287821342444576 0.5679817290956832 17 19 A0A059ZYD4 BP 0060255 regulation of macromolecule metabolic process 3.2047697243891693 0.5646351617040024 18 96 A0A059ZYD4 BP 0019222 regulation of metabolic process 3.1692829141008003 0.5631920084824746 19 96 A0A059ZYD4 BP 0050794 regulation of cellular process 2.6361861336393844 0.540451601697559 20 96 A0A059ZYD4 BP 0050789 regulation of biological process 2.4605242484256493 0.5324615664473001 21 96 A0A059ZYD4 BP 0065007 biological regulation 2.3629507212902943 0.5278998758400016 22 96 A0A059ZYD4 BP 0048584 positive regulation of response to stimulus 1.8553308830454935 0.5024776914125642 23 19 A0A059ZYD4 BP 0080134 regulation of response to stress 1.729836327544729 0.49567174787669155 24 19 A0A059ZYD4 BP 0048583 regulation of response to stimulus 1.4001732547390895 0.47651358717108033 25 19 A0A059ZYD4 BP 0048518 positive regulation of biological process 1.3261114310341815 0.4719078357761708 26 19 A0A060A1W9 BP 1902584 positive regulation of response to water deprivation 3.771540544269774 0.5866849998784712 1 19 A0A060A1W9 MF 0003677 DNA binding 3.2427441347105725 0.5661706566746418 1 95 A0A060A1W9 CC 0005634 nucleus 0.6526625928001267 0.422003501868055 1 17 A0A060A1W9 BP 1901002 positive regulation of response to salt stress 3.714874106063982 0.5845586060372473 2 19 A0A060A1W9 MF 0003676 nucleic acid binding 2.2406824841012134 0.5220485643835846 2 95 A0A060A1W9 CC 0043231 intracellular membrane-bounded organelle 0.4530284897863103 0.4024303318898712 2 17 A0A060A1W9 BP 2000070 regulation of response to water deprivation 3.650240121155151 0.5821133350866878 3 19 A0A060A1W9 MF 0042803 protein homodimerization activity 2.026167896889771 0.5113827975832602 3 19 A0A060A1W9 CC 0043227 membrane-bounded organelle 0.4491498378011283 0.4020110682109425 3 17 A0A060A1W9 BP 0006355 regulation of DNA-templated transcription 3.521132478042069 0.5771631660974748 4 95 A0A060A1W9 MF 0042802 identical protein binding 1.8778959054768742 0.5036767687218917 4 19 A0A060A1W9 CC 0043229 intracellular organelle 0.3060380569194726 0.38502566585815223 4 17 A0A060A1W9 BP 1903506 regulation of nucleic acid-templated transcription 3.5211129738163645 0.5771624114836565 5 95 A0A060A1W9 MF 0046983 protein dimerization activity 1.447535813406752 0.47939532179050215 5 19 A0A060A1W9 CC 0043226 organelle 0.30038327464053993 0.38428010175023336 5 17 A0A060A1W9 BP 2001141 regulation of RNA biosynthetic process 3.5192722501063853 0.5770911849158906 6 95 A0A060A1W9 MF 0043565 sequence-specific DNA binding 1.3242558190843894 0.4717908088555111 6 19 A0A060A1W9 CC 0005622 intracellular anatomical structure 0.20414391971154405 0.37030468295049734 6 17 A0A060A1W9 BP 0051252 regulation of RNA metabolic process 3.493658998146037 0.5760981437008603 7 95 A0A060A1W9 MF 1901363 heterocyclic compound binding 1.3088852837238194 0.4708182735046348 7 95 A0A060A1W9 CC 0110165 cellular anatomical entity 0.004826006513969894 0.31478696626217656 7 17 A0A060A1W9 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464088059541283 0.574947122321092 8 95 A0A060A1W9 MF 0097159 organic cyclic compound binding 1.308471431056432 0.4707920091991785 8 95 A0A060A1W9 BP 0010556 regulation of macromolecule biosynthetic process 3.437119928294509 0.5738931220017152 9 95 A0A060A1W9 MF 0005515 protein binding 1.0597251790177575 0.454173169292146 9 19 A0A060A1W9 BP 0031326 regulation of cellular biosynthetic process 3.4323725559166096 0.5737071521192181 10 95 A0A060A1W9 MF 0005488 binding 0.8869908674262492 0.4414496396250547 10 95 A0A060A1W9 BP 0009889 regulation of biosynthetic process 3.4302348493699597 0.5736233692683863 11 95 A0A060A1W9 BP 1901000 regulation of response to salt stress 3.412949200357146 0.5729449337994992 12 19 A0A060A1W9 BP 0031323 regulation of cellular metabolic process 3.3439040253046444 0.5702177250611695 13 95 A0A060A1W9 BP 0051171 regulation of nitrogen compound metabolic process 3.3277090236587927 0.5695739746637243 14 95 A0A060A1W9 BP 0080090 regulation of primary metabolic process 3.3216948829826154 0.5693345141619245 15 95 A0A060A1W9 BP 0047484 regulation of response to osmotic stress 3.298278975732657 0.5684001091704944 16 19 A0A060A1W9 BP 0010468 regulation of gene expression 3.2973334892104322 0.5683623102499922 17 95 A0A060A1W9 BP 0060255 regulation of macromolecule metabolic process 3.2047689089439686 0.5646351286340923 18 95 A0A060A1W9 BP 0019222 regulation of metabolic process 3.1692821076851256 0.5631919755961678 19 95 A0A060A1W9 BP 0050794 regulation of cellular process 2.6361854628687786 0.5404515717043705 20 95 A0A060A1W9 BP 0050789 regulation of biological process 2.460523622351747 0.5324615374706335 21 95 A0A060A1W9 BP 0065007 biological regulation 2.3629501200437177 0.52789984744369 22 95 A0A060A1W9 BP 0048584 positive regulation of response to stimulus 1.8612321678119326 0.5027919792502101 23 19 A0A060A1W9 BP 0080134 regulation of response to stress 1.7353384494904467 0.49597522041327013 24 19 A0A060A1W9 BP 0048583 regulation of response to stimulus 1.404626811338656 0.47678661554149215 25 19 A0A060A1W9 BP 0048518 positive regulation of biological process 1.330329417840781 0.4721735451631508 26 19 A0A060A6J1 BP 0043086 negative regulation of catalytic activity 7.9776417463095655 0.7148133258541038 1 91 A0A060A6J1 CC 0005634 nucleus 3.411667461555934 0.5728945591519005 1 76 A0A060A6J1 MF 0004864 protein phosphatase inhibitor activity 2.9513141717585354 0.5541447328282401 1 24 A0A060A6J1 BP 0044092 negative regulation of molecular function 7.878194229681454 0.7122491186006212 2 91 A0A060A6J1 MF 0019212 phosphatase inhibitor activity 2.9489383803456564 0.5540443118067118 2 24 A0A060A6J1 CC 0043231 intracellular membrane-bounded organelle 2.368118802597138 0.5281438261396085 2 76 A0A060A6J1 BP 0050790 regulation of catalytic activity 6.220356002019811 0.666838115095365 3 91 A0A060A6J1 MF 0010427 abscisic acid binding 2.937561993584262 0.5535628879789366 3 18 A0A060A6J1 CC 0043227 membrane-bounded organelle 2.3478438995790682 0.5271852508562792 3 76 A0A060A6J1 BP 0065009 regulation of molecular function 6.139671339012649 0.6644817900161948 4 91 A0A060A6J1 MF 0019888 protein phosphatase regulator activity 2.695001202252698 0.543066982082548 4 24 A0A060A6J1 CC 0043229 intracellular organelle 1.5997547466455089 0.48835100956356636 4 76 A0A060A6J1 BP 0009738 abscisic acid-activated signaling pathway 3.2749834351836724 0.5674672102133651 5 24 A0A060A6J1 MF 0019840 isoprenoid binding 2.6847684456920815 0.5426140191986677 5 18 A0A060A6J1 CC 0043226 organelle 1.5701954660677022 0.48664640369879264 5 76 A0A060A6J1 BP 0071215 cellular response to abscisic acid stimulus 3.2659563017975084 0.5671048157885997 6 24 A0A060A6J1 MF 0019208 phosphatase regulator activity 2.6336190167962807 0.5403367863383743 6 24 A0A060A6J1 CC 0005622 intracellular anatomical structure 1.1315842810889156 0.45915787989471063 6 82 A0A060A6J1 BP 0080163 regulation of protein serine/threonine phosphatase activity 3.2174321682855456 0.5651481735417834 7 18 A0A060A6J1 MF 0042562 hormone binding 2.619085971520454 0.5396857321221963 7 18 A0A060A6J1 CC 0005737 cytoplasm 0.5041882809990595 0.40780102664781964 7 24 A0A060A6J1 BP 0097306 cellular response to alcohol 3.1554248982667716 0.5626262478832937 8 24 A0A060A6J1 MF 0043178 alcohol binding 2.274973434429406 0.5237053787399126 8 18 A0A060A6J1 CC 0005886 plasma membrane 0.1367531610506688 0.35839518008683546 8 6 A0A060A6J1 BP 0009737 response to abscisic acid 3.0912967840985583 0.5599918599388185 9 24 A0A060A6J1 MF 0004857 enzyme inhibitor activity 2.1352061954280357 0.5168712459935538 9 24 A0A060A6J1 CC 0071944 cell periphery 0.13072940792816257 0.3571992698665969 9 6 A0A060A6J1 BP 0097305 response to alcohol 2.9712482336483292 0.5549857274395348 10 24 A0A060A6J1 MF 0033293 monocarboxylic acid binding 1.8241995243598896 0.5008113753459001 10 18 A0A060A6J1 CC 0016020 membrane 0.03905601169774802 0.3333952863178622 10 6 A0A060A6J1 BP 0071396 cellular response to lipid 2.674740835341036 0.5421692991128084 11 24 A0A060A6J1 MF 0031406 carboxylic acid binding 1.7213486121043868 0.49520265521231266 11 18 A0A060A6J1 CC 0110165 cellular anatomical entity 0.0267508976968675 0.32844847881820993 11 82 A0A060A6J1 BP 0033993 response to lipid 2.5814402904600344 0.5379908247260927 12 24 A0A060A6J1 MF 0030234 enzyme regulator activity 1.707757147746389 0.49444907708925234 12 24 A0A060A6J1 BP 0043666 regulation of phosphoprotein phosphatase activity 2.440151939187427 0.5315167122148765 13 18 A0A060A6J1 MF 0043177 organic acid binding 1.6601327421507286 0.4917845931873427 13 18 A0A060A6J1 BP 0009755 hormone-mediated signaling pathway 2.4126049349773484 0.5302328054814307 14 24 A0A060A6J1 MF 0098772 molecular function regulator activity 1.614783388978652 0.48921163318656224 14 24 A0A060A6J1 BP 0010921 regulation of phosphatase activity 2.3874879182359154 0.5290557516082094 15 18 A0A060A6J1 MF 0008289 lipid binding 1.5407275507785891 0.4849310200330871 15 18 A0A060A6J1 BP 0035304 regulation of protein dephosphorylation 2.372551685659876 0.528352860681089 16 18 A0A060A6J1 MF 0038023 signaling receptor activity 1.3198037039561863 0.47150969481015315 16 18 A0A060A6J1 BP 0065007 biological regulation 2.3629090242788786 0.5278979065207211 17 91 A0A060A6J1 MF 0060089 molecular transducer activity 1.3004324662333977 0.47028100646782345 17 18 A0A060A6J1 BP 0032870 cellular response to hormone stimulus 2.3421457485365105 0.5269151041271165 18 24 A0A060A6J1 MF 0043168 anion binding 0.49836416169073927 0.40720381239491693 18 18 A0A060A6J1 BP 0035303 regulation of dephosphorylation 2.3068506866395873 0.5252344084274604 19 18 A0A060A6J1 MF 0036094 small molecule binding 0.46280444355924016 0.4034791708597375 19 18 A0A060A6J1 BP 0009725 response to hormone 2.2608826403769995 0.52302608442963 20 24 A0A060A6J1 MF 0043167 ion binding 0.32853447359949195 0.38792562975596545 20 18 A0A060A6J1 BP 0071495 cellular response to endogenous stimulus 2.196200270952748 0.5198803386941001 21 24 A0A060A6J1 MF 0005488 binding 0.1782620712963692 0.36600502736011303 21 18 A0A060A6J1 BP 1901701 cellular response to oxygen-containing compound 2.1843835530165405 0.5193006659439571 22 24 A0A060A6J1 BP 0009719 response to endogenous stimulus 2.139580414190083 0.5170884635651996 23 24 A0A060A6J1 BP 1901700 response to oxygen-containing compound 2.083325397985711 0.5142777485773447 24 24 A0A060A6J1 BP 0071310 cellular response to organic substance 2.0346686465339747 0.5118159106916261 25 24 A0A060A6J1 BP 0010033 response to organic substance 1.8916365126168377 0.5044034007245778 26 24 A0A060A6J1 BP 0031399 regulation of protein modification process 1.796423026729874 0.49931258574271864 27 18 A0A060A6J1 BP 0019220 regulation of phosphate metabolic process 1.7664869788054949 0.49768423674910706 28 18 A0A060A6J1 BP 0051174 regulation of phosphorus metabolic process 1.7664210279353165 0.49768063423256076 29 18 A0A060A6J1 BP 0051336 regulation of hydrolase activity 1.6098003329841042 0.48892672122229497 30 18 A0A060A6J1 BP 0070887 cellular response to chemical stimulus 1.5826098198001568 0.487364244271394 31 24 A0A060A6J1 BP 0051246 regulation of protein metabolic process 1.3258568217570588 0.4718917833129874 32 18 A0A060A6J1 BP 0042221 response to chemical 1.2794660996509977 0.4689407834783613 33 24 A0A060A6J1 BP 0007165 signal transduction 1.0268394778040322 0.4518356441659244 34 24 A0A060A6J1 BP 0023052 signaling 1.0200643737446262 0.4513494391200761 35 24 A0A060A6J1 BP 0007154 cell communication 0.9897336466859373 0.4491527398924142 36 24 A0A060A6J1 BP 0051716 cellular response to stimulus 0.8611019442154049 0.4394391803966877 37 24 A0A060A6J1 BP 0050896 response to stimulus 0.7695555176474961 0.43207570318071997 38 24 A0A060A6J1 BP 0031323 regulation of cellular metabolic process 0.6720376496059424 0.4237319144101617 39 18 A0A060A6J1 BP 0051171 regulation of nitrogen compound metabolic process 0.6687828759165417 0.42344332033534976 40 18 A0A060A6J1 BP 0050794 regulation of cellular process 0.667736145111687 0.42335035969956225 41 24 A0A060A6J1 BP 0080090 regulation of primary metabolic process 0.6675741902204713 0.4233359699053614 42 18 A0A060A6J1 BP 0060255 regulation of macromolecule metabolic process 0.6440751136392712 0.4212292297402729 43 18 A0A060A6J1 BP 0019222 regulation of metabolic process 0.6369431904950794 0.4205822625035229 44 18 A0A060A6J1 BP 0050789 regulation of biological process 0.6232416427778407 0.41932909091653364 45 24 A0A060A6J1 BP 0009987 cellular process 0.08819792018238118 0.3478216915150827 46 24 A0A060A724 BP 0043086 negative regulation of catalytic activity 7.977642389020163 0.7148133423742852 1 92 A0A060A724 CC 0005634 nucleus 3.37888961658979 0.5716031002857539 1 76 A0A060A724 MF 0004864 protein phosphatase inhibitor activity 3.028665479570673 0.5573924523059754 1 25 A0A060A724 BP 0044092 negative regulation of molecular function 7.8781948643801645 0.7122491350175112 2 92 A0A060A724 MF 0019212 phosphatase inhibitor activity 3.0262274207873348 0.5572907238232556 2 25 A0A060A724 CC 0043231 intracellular membrane-bounded organelle 2.345366927788818 0.5270678590832065 2 76 A0A060A724 BP 0050790 regulation of catalytic activity 6.220356503156469 0.6668381296830092 3 92 A0A060A724 MF 0010427 abscisic acid binding 2.911073139244925 0.5524383124137773 3 18 A0A060A724 CC 0043227 membrane-bounded organelle 2.3252868173861834 0.5261138997046608 3 76 A0A060A724 BP 0065009 regulation of molecular function 6.139671833649029 0.6644818045089216 4 92 A0A060A724 MF 0019888 protein phosphatase regulator activity 2.765634776117631 0.5461704715079653 4 25 A0A060A724 CC 0043229 intracellular organelle 1.584384985770431 0.48746666006248907 4 76 A0A060A724 BP 0009738 abscisic acid-activated signaling pathway 3.3608178252322256 0.5708883856258271 5 25 A0A060A724 MF 0019208 phosphatase regulator activity 2.7026438184176973 0.5434047291727859 5 25 A0A060A724 CC 0043226 organelle 1.5551096981453396 0.4857702625236572 5 76 A0A060A724 BP 0071215 cellular response to abscisic acid stimulus 3.3515540987446237 0.5705212728996625 6 25 A0A060A724 MF 0019840 isoprenoid binding 2.660559104596266 0.5415389199953573 6 18 A0A060A724 CC 0005622 intracellular anatomical structure 1.1317433845681075 0.4591687380882773 6 83 A0A060A724 BP 0097306 cellular response to alcohol 3.238125765873315 0.5659843949548801 7 25 A0A060A724 MF 0042562 hormone binding 2.5954689084752056 0.5386238654266364 7 18 A0A060A724 CC 0005737 cytoplasm 0.5174026054149495 0.40914338095862085 7 25 A0A060A724 BP 0080163 regulation of protein serine/threonine phosphatase activity 3.1884196428516822 0.5639712457389514 8 18 A0A060A724 MF 0043178 alcohol binding 2.2544593346207638 0.5227157249607994 8 18 A0A060A724 CC 0005886 plasma membrane 0.15884101110075668 0.36256926119001087 8 7 A0A060A724 BP 0009737 response to abscisic acid 3.172316911123193 0.5633157078173844 9 25 A0A060A724 MF 0004857 enzyme inhibitor activity 2.1911680422708364 0.5196336722850046 9 25 A0A060A724 CC 0071944 cell periphery 0.1518443243020821 0.3612803849671754 9 7 A0A060A724 BP 0097305 response to alcohol 3.0491219954140107 0.5582443964953543 10 25 A0A060A724 MF 0033293 monocarboxylic acid binding 1.807750184535848 0.49992517627236677 10 18 A0A060A724 CC 0016020 membrane 0.04536419004848251 0.3356259605082811 10 7 A0A060A724 BP 0071396 cellular response to lipid 2.744843403089315 0.545261100889292 11 25 A0A060A724 MF 0030234 enzyme regulator activity 1.7525159369216532 0.49691957132081194 11 25 A0A060A724 CC 0110165 cellular anatomical entity 0.02675465893760423 0.32845014830622893 11 83 A0A060A724 BP 0033993 response to lipid 2.6490975342793366 0.5410282236194244 12 25 A0A060A724 MF 0031406 carboxylic acid binding 1.7058267089912482 0.49434180113764703 12 18 A0A060A724 BP 0009755 hormone-mediated signaling pathway 2.475837154962698 0.5331691965486043 13 25 A0A060A724 MF 0098772 molecular function regulator activity 1.6571054189970253 0.4916139369681433 13 25 A0A060A724 BP 0043666 regulation of phosphoprotein phosphatase activity 2.418148376565037 0.5304917601442881 14 18 A0A060A724 MF 0043177 organic acid binding 1.6451628404135608 0.49093918484291305 14 18 A0A060A724 BP 0032870 cellular response to hormone stimulus 2.403531296191706 0.5298082994002256 15 25 A0A060A724 MF 0008289 lipid binding 1.5268343605213919 0.48411658199911994 15 18 A0A060A724 BP 0010921 regulation of phosphatase activity 2.365959242469685 0.5280419202643294 16 18 A0A060A724 MF 0038023 signaling receptor activity 1.307902648541197 0.4707559058127714 16 18 A0A060A724 BP 0065007 biological regulation 2.3629092146442425 0.5278979155115772 17 92 A0A060A724 MF 0060089 molecular transducer activity 1.2887060869258513 0.469532769736182 17 18 A0A060A724 BP 0035304 regulation of protein dephosphorylation 2.3511576942645456 0.5273422056001225 18 18 A0A060A724 MF 0043168 anion binding 0.4938702665097003 0.4067406124228715 18 18 A0A060A724 BP 0009725 response to hormone 2.3201383545657457 0.5258686454605259 19 25 A0A060A724 MF 0036094 small molecule binding 0.4586312007409395 0.4030328020066003 19 18 A0A060A724 BP 0035303 regulation of dephosphorylation 2.2860491403387933 0.5242378451833041 20 18 A0A060A724 MF 0043167 ion binding 0.32557198231058154 0.3875495451160312 20 18 A0A060A724 BP 0071495 cellular response to endogenous stimulus 2.2537607180244823 0.52268194275797 21 25 A0A060A724 MF 0005488 binding 0.17665463014240856 0.365727998766776 21 18 A0A060A724 BP 1901701 cellular response to oxygen-containing compound 2.2416342944679246 0.5220947227870056 22 25 A0A060A724 BP 0009719 response to endogenous stimulus 2.19565690539882 0.5198537179850712 23 25 A0A060A724 BP 1901700 response to oxygen-containing compound 2.137927495476544 0.5170064080621021 24 25 A0A060A724 BP 0071310 cellular response to organic substance 2.087995494037973 0.5145125175498887 25 25 A0A060A724 BP 0010033 response to organic substance 1.941214615672169 0.5070034982169142 26 25 A0A060A724 BP 0031399 regulation of protein modification process 1.7802241556964098 0.4984331594836404 27 18 A0A060A724 BP 0019220 regulation of phosphate metabolic process 1.750558049858256 0.49681216876471834 28 18 A0A060A724 BP 0051174 regulation of phosphorus metabolic process 1.7504926936863332 0.49680858252742566 29 18 A0A060A724 BP 0070887 cellular response to chemical stimulus 1.624088609313417 0.4897424954265889 30 25 A0A060A724 BP 0051336 regulation of hydrolase activity 1.595284293278742 0.488094227189864 31 18 A0A060A724 BP 0051246 regulation of protein metabolic process 1.3139011836111938 0.4711362677126658 32 18 A0A060A724 BP 0042221 response to chemical 1.312999763080103 0.471079164936624 33 25 A0A060A724 BP 0007165 signal transduction 1.0537520231647817 0.4537513202036937 34 25 A0A060A724 BP 0023052 signaling 1.0467993496806858 0.4532587848674453 35 25 A0A060A724 BP 0007154 cell communication 1.0156736813624954 0.45103348506446755 36 25 A0A060A724 BP 0051716 cellular response to stimulus 0.8836706568865292 0.4411934570078909 37 25 A0A060A724 BP 0050896 response to stimulus 0.7897248802635446 0.43373410882240215 38 25 A0A060A724 BP 0050794 regulation of cellular process 0.6852369129364315 0.42489516315108233 39 25 A0A060A724 BP 0031323 regulation of cellular metabolic process 0.6659776898672742 0.4231940263244496 40 18 A0A060A724 BP 0051171 regulation of nitrogen compound metabolic process 0.662752265422708 0.42290673636471643 41 18 A0A060A724 BP 0080090 regulation of primary metabolic process 0.6615544787985262 0.4227998710358673 42 18 A0A060A724 BP 0050789 regulation of biological process 0.6395762494466813 0.4208215382697558 43 25 A0A060A724 BP 0060255 regulation of macromolecule metabolic process 0.6382673002531898 0.4207026509263043 44 18 A0A060A724 BP 0019222 regulation of metabolic process 0.6311996877426931 0.42005860724136157 45 18 A0A060A724 BP 0009987 cellular process 0.09050950887656373 0.34838312713193675 46 25 A0A076PY90 BP 2000071 regulation of defense response by callose deposition 5.7585020171956876 0.6531346830736249 1 24 A0A076PY90 CC 0005634 nucleus 3.906393762365174 0.5916819784371407 1 95 A0A076PY90 MF 0003677 DNA binding 3.2160590115112435 0.5650925897218506 1 95 A0A076PY90 BP 0009682 induced systemic resistance 4.962779122570965 0.6281663363509851 2 24 A0A076PY90 CC 0043231 intracellular membrane-bounded organelle 2.7115199893445068 0.5437963914327228 2 95 A0A076PY90 MF 0003676 nucleic acid binding 2.2222435059842565 0.5211524167719231 2 95 A0A076PY90 BP 0010118 stomatal movement 4.805160806748567 0.6229882302176949 3 24 A0A076PY90 CC 0043227 membrane-bounded organelle 2.6883050202495333 0.5427706665553775 3 95 A0A076PY90 MF 0004601 peroxidase activity 1.8672885034886408 0.5031140070927231 3 24 A0A076PY90 BP 0002229 defense response to oomycetes 4.383865691502928 0.6087151570704723 4 24 A0A076PY90 MF 0016684 oxidoreductase activity, acting on peroxide as acceptor 1.867204404340483 0.5031095389463082 4 24 A0A076PY90 CC 0043229 intracellular organelle 1.8317353710551956 0.5012160301282609 4 95 A0A076PY90 BP 2000022 regulation of jasmonic acid mediated signaling pathway 4.38335566289365 0.6086974716589159 5 24 A0A076PY90 CC 0043226 organelle 1.7978896957159922 0.49939201414122797 5 95 A0A076PY90 MF 0016209 antioxidant activity 1.7279725929237708 0.4955688431764482 5 24 A0A076PY90 BP 0002239 response to oomycetes 4.360234125407495 0.6078946412378214 6 24 A0A076PY90 MF 0000981 DNA-binding transcription factor activity, RNA polymerase II-specific 1.5731853303493075 0.4868195465818199 6 19 A0A076PY90 CC 0005622 intracellular anatomical structure 1.221866464208668 0.4652012758191346 6 95 A0A076PY90 BP 0009787 regulation of abscisic acid-activated signaling pathway 4.322668531326725 0.6065857292962067 7 24 A0A076PY90 MF 1901363 heterocyclic compound binding 1.2981142319235588 0.4701333529739806 7 95 A0A076PY90 CC 0110165 cellular anatomical entity 0.028885188076159703 0.3293776736265232 7 95 A0A076PY90 BP 1905957 regulation of cellular response to alcohol 4.3182966870013555 0.6064330306478181 8 24 A0A076PY90 MF 0097159 organic cyclic compound binding 1.2977037849240123 0.47010719695860986 8 95 A0A076PY90 BP 1901419 regulation of response to alcohol 4.3146887904613695 0.6063069567447819 9 24 A0A076PY90 MF 0003700 DNA-binding transcription factor activity 0.9401825855770326 0.4454902946194233 9 19 A0A076PY90 BP 0009867 jasmonic acid mediated signaling pathway 4.0290288497846936 0.5961518423361991 10 24 A0A076PY90 MF 0140110 transcription regulator activity 0.9240743334417713 0.44427899603782156 10 19 A0A076PY90 BP 0071395 cellular response to jasmonic acid stimulus 4.0153800245357925 0.5956577592580907 11 24 A0A076PY90 MF 0005488 binding 0.8796916604612008 0.4408858086041637 11 95 A0A076PY90 BP 0009753 response to jasmonic acid 3.962240368978797 0.5937260752748699 12 24 A0A076PY90 MF 0016491 oxidoreductase activity 0.6796336479115469 0.42440272922646777 12 24 A0A076PY90 BP 0071398 cellular response to fatty acid 3.928200808434722 0.5924818874986082 13 24 A0A076PY90 MF 0003824 catalytic activity 0.16979975065116712 0.36453222321599443 13 24 A0A076PY90 BP 0070542 response to fatty acid 3.862458308425808 0.5900635628717753 14 24 A0A076PY90 BP 0009414 response to water deprivation 3.7172282001481394 0.584647264378224 15 24 A0A076PY90 BP 0009738 abscisic acid-activated signaling pathway 3.6712510851067712 0.5829105919575124 16 24 A0A076PY90 BP 0071215 cellular response to abscisic acid stimulus 3.6611316833158125 0.5825268988500116 17 24 A0A076PY90 BP 0009415 response to water 3.6604619833210874 0.5825014874201322 18 24 A0A076PY90 BP 0097306 cellular response to alcohol 3.5372261603775463 0.5777851160870658 19 24 A0A076PY90 BP 0009737 response to abscisic acid 3.465338649070883 0.5749958996209661 20 24 A0A076PY90 BP 0001101 response to acid chemical 3.423204770685428 0.5733476560637589 21 24 A0A076PY90 BP 0050832 defense response to fungus 3.4015813826006456 0.5724978273859307 22 24 A0A076PY90 BP 0097305 response to alcohol 3.330764419970642 0.5696955461829838 23 24 A0A076PY90 BP 0009620 response to fungus 3.292038833054173 0.5681505388091557 24 24 A0A076PY90 BP 0071396 cellular response to lipid 2.9983801104552605 0.5561258694007692 25 24 A0A076PY90 BP 0070887 cellular response to chemical stimulus 2.963388421224403 0.5546544690942952 26 44 A0A076PY90 BP 0042742 defense response to bacterium 2.932512146970441 0.5533488907979758 27 24 A0A076PY90 BP 0045087 innate immune response 2.9175539544514324 0.5527139244555792 28 24 A0A076PY90 BP 0033993 response to lipid 2.89379035193753 0.551701817283827 29 24 A0A076PY90 BP 0009617 response to bacterium 2.8227168652844474 0.5486496927226321 30 24 A0A076PY90 BP 0009755 hormone-mediated signaling pathway 2.70452619403029 0.543487842927123 31 24 A0A076PY90 BP 0032870 cellular response to hormone stimulus 2.625541561040181 0.5399751532845587 32 24 A0A076PY90 BP 0009725 response to hormone 2.5344457494386115 0.5358575677178756 33 24 A0A076PY90 BP 0031347 regulation of defense response 2.5135034401901706 0.5349005507588264 34 24 A0A076PY90 BP 0010035 response to inorganic substance 2.4782590098003885 0.5332809131007705 35 24 A0A076PY90 BP 0071495 cellular response to endogenous stimulus 2.461936918894636 0.5325269398875655 36 24 A0A076PY90 BP 1901701 cellular response to oxygen-containing compound 2.448690397376499 0.5319131985504025 37 24 A0A076PY90 BP 0006955 immune response 2.4372503613144967 0.5313818185422201 38 24 A0A076PY90 BP 0009719 response to endogenous stimulus 2.3984661518839117 0.5295709803838962 39 24 A0A076PY90 BP 0042221 response to chemical 2.3957610888157452 0.5294441364439703 40 44 A0A076PY90 BP 0080134 regulation of response to stress 2.3400398656467276 0.5268151820318111 41 24 A0A076PY90 BP 1901700 response to oxygen-containing compound 2.3354043705435066 0.526595073763127 42 24 A0A076PY90 BP 0032879 regulation of localization 2.301078515373313 0.5249583264776979 43 24 A0A076PY90 BP 0071310 cellular response to organic substance 2.2808602315882096 0.5239885484857417 44 24 A0A076PY90 BP 0002376 immune system process 2.2724859264300385 0.523585613246649 45 24 A0A076PY90 BP 0009628 response to abiotic stimulus 2.2652569316377247 0.5232371879108804 46 24 A0A076PY90 BP 0098542 defense response to other organism 2.161148779143801 0.5181562862898161 47 24 A0A076PY90 BP 0010033 response to organic substance 2.1205214429375188 0.5161403897137664 48 24 A0A076PY90 BP 0009966 regulation of signal transduction 2.08742213635489 0.514483708608785 49 24 A0A076PY90 BP 0010646 regulation of cell communication 2.0542983542235276 0.5128126002288876 50 24 A0A076PY90 BP 0023051 regulation of signaling 2.050722833991082 0.5126314106573303 51 24 A0A076PY90 BP 0006952 defense response 2.032495934250941 0.5117052972308921 52 24 A0A076PY90 BP 0051707 response to other organism 1.9330600448690998 0.5065781371233077 53 24 A0A076PY90 BP 0043207 response to external biotic stimulus 1.9330094301862202 0.5065754941467471 54 24 A0A076PY90 BP 0009607 response to biotic stimulus 1.9156841415382262 0.5056687671838987 55 24 A0A076PY90 BP 0048583 regulation of response to stimulus 1.894087424763647 0.5045327324033502 56 24 A0A076PY90 BP 0098869 cellular oxidant detoxification 1.6497924358534024 0.49120104535040743 57 24 A0A076PY90 BP 1990748 cellular detoxification 1.6400184879182276 0.49064777595206543 58 24 A0A076PY90 BP 0097237 cellular response to toxic substance 1.6398714046497769 0.4906394375034179 59 24 A0A076PY90 BP 0051716 cellular response to stimulus 1.6123870198808552 0.4890746729776866 60 44 A0A076PY90 BP 0098754 detoxification 1.6044320591852816 0.4886192901277233 61 24 A0A076PY90 BP 0044419 biological process involved in interspecies interaction between organisms 1.5793013593766962 0.4871732137377792 62 24 A0A076PY90 BP 0009605 response to external stimulus 1.5765230340212344 0.4870126385832618 63 24 A0A076PY90 BP 0009636 response to toxic substance 1.5199703679926624 0.4837128377161929 64 24 A0A076PY90 BP 0050896 response to stimulus 1.4409691396796145 0.47899862308874075 65 44 A0A076PY90 BP 0006357 regulation of transcription by RNA polymerase II 1.3442529504741558 0.4730476721697234 66 19 A0A076PY90 BP 0006950 response to stress 1.3225096701325123 0.471680610478554 67 24 A0A076PY90 BP 0007165 signal transduction 1.15108537851493 0.4604831155120651 68 24 A0A076PY90 BP 0023052 signaling 1.143490497923294 0.45996833517281216 69 24 A0A076PY90 BP 0007154 cell communication 1.109489802399152 0.45764253131020627 70 24 A0A076PY90 BP 0050794 regulation of cellular process 0.9799392086785245 0.4484362081527744 71 33 A0A076PY90 BP 0050789 regulation of biological process 0.9146410999468468 0.4435647359692999 72 33 A0A076PY90 BP 0065007 biological regulation 0.8783704725625089 0.44078350307018954 73 33 A0A076PY90 BP 0006355 regulation of DNA-templated transcription 0.6956694014605566 0.4258066712356053 74 19 A0A076PY90 BP 1903506 regulation of nucleic acid-templated transcription 0.6956655480147954 0.4258063358186427 75 19 A0A076PY90 BP 2001141 regulation of RNA biosynthetic process 0.6953018766194244 0.4257746764473992 76 19 A0A076PY90 BP 0051252 regulation of RNA metabolic process 0.6902414718286846 0.4253332813125094 77 19 A0A076PY90 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.6843991477218578 0.42482166585335823 78 19 A0A076PY90 BP 0010556 regulation of macromolecule biosynthetic process 0.6790710597160964 0.4243531751138968 79 19 A0A076PY90 BP 0031326 regulation of cellular biosynthetic process 0.6781331223561025 0.42427051368944857 80 19 A0A076PY90 BP 0009889 regulation of biosynthetic process 0.6777107761242921 0.424233273198133 81 19 A0A076PY90 BP 0031323 regulation of cellular metabolic process 0.6606544134115464 0.4227195044224986 82 19 A0A076PY90 BP 0051171 regulation of nitrogen compound metabolic process 0.6574547703501507 0.42243336494589395 83 19 A0A076PY90 BP 0080090 regulation of primary metabolic process 0.6562665578444904 0.42232692757059376 84 19 A0A076PY90 BP 0010468 regulation of gene expression 0.6514534824121049 0.42189479437173694 85 19 A0A076PY90 BP 0060255 regulation of macromolecule metabolic process 0.6331655178007236 0.4202381060014979 86 19 A0A076PY90 BP 0019222 regulation of metabolic process 0.6261543979563443 0.4195966414578317 87 19 A0A076PY90 BP 0009987 cellular process 0.16514790454007558 0.3637069477039323 88 44 A0A096ZUD8 BP 0009738 abscisic acid-activated signaling pathway 12.92942686595096 0.82680307774607 1 94 A0A096ZUD8 MF 0003700 DNA-binding transcription factor activity 4.758726633436456 0.6214466242311134 1 94 A0A096ZUD8 CC 0005634 nucleus 3.9387986674802553 0.5928698281542204 1 94 A0A096ZUD8 BP 0071215 cellular response to abscisic acid stimulus 12.893788315944358 0.8260830212200887 2 94 A0A096ZUD8 MF 0140110 transcription regulator activity 4.677194844154132 0.6187214737674724 2 94 A0A096ZUD8 CC 0043231 intracellular membrane-bounded organelle 2.734012997811517 0.5447860374811083 2 94 A0A096ZUD8 BP 0097306 cellular response to alcohol 12.457417345945412 0.817184368738463 3 94 A0A096ZUD8 MF 0003677 DNA binding 3.0650836768265806 0.5589071630813771 3 88 A0A096ZUD8 CC 0043227 membrane-bounded organelle 2.710605452413043 0.543756067016594 3 94 A0A096ZUD8 BP 0009737 response to abscisic acid 12.20424361893303 0.8119499939750712 4 94 A0A096ZUD8 MF 0003676 nucleic acid binding 2.11792205048051 0.5160107553040371 4 88 A0A096ZUD8 CC 0043229 intracellular organelle 1.8469302578243785 0.5020294314158983 4 94 A0A096ZUD8 BP 0097305 response to alcohol 11.73029955658005 0.8020031015018502 5 94 A0A096ZUD8 CC 0043226 organelle 1.8128038207482278 0.5001978656277037 5 94 A0A096ZUD8 MF 1901363 heterocyclic compound binding 1.2371752908400462 0.46620361031194424 5 88 A0A096ZUD8 BP 0071396 cellular response to lipid 10.559707155885194 0.776537608034601 6 94 A0A096ZUD8 MF 0097159 organic cyclic compound binding 1.2367841119487357 0.4661780756126963 6 88 A0A096ZUD8 CC 0005622 intracellular anatomical structure 1.232002274688769 0.4658656081096532 6 94 A0A096ZUD8 BP 0033993 response to lipid 10.191362522861233 0.768235223822294 7 94 A0A096ZUD8 MF 0005488 binding 0.8383952344994683 0.43765081896987956 7 88 A0A096ZUD8 CC 0110165 cellular anatomical entity 0.029124800833034602 0.32947981720987674 7 94 A0A096ZUD8 BP 0009755 hormone-mediated signaling pathway 9.524811248846074 0.7528204933406547 8 94 A0A096ZUD8 MF 0043565 sequence-specific DNA binding 0.744484151917106 0.4299836348220885 8 14 A0A096ZUD8 BP 0032870 cellular response to hormone stimulus 9.246642850088927 0.746228414798118 9 94 A0A096ZUD8 MF 0005515 protein binding 0.042537316945430684 0.3346468855584883 9 1 A0A096ZUD8 BP 0009725 response to hormone 8.925821253692263 0.7385011601234419 10 94 A0A096ZUD8 BP 0071495 cellular response to endogenous stimulus 8.670459362086122 0.732250747337946 11 94 A0A096ZUD8 BP 1901701 cellular response to oxygen-containing compound 8.623807709222664 0.7310989714877955 12 94 A0A096ZUD8 BP 0009719 response to endogenous stimulus 8.44692775905301 0.7267034547503433 13 94 A0A096ZUD8 BP 1901700 response to oxygen-containing compound 8.224836523401759 0.7211187284649194 14 94 A0A096ZUD8 BP 0071310 cellular response to organic substance 8.032742755026808 0.7162272005760256 15 94 A0A096ZUD8 BP 0045893 positive regulation of DNA-templated transcription 7.753374402048085 0.7090076831490539 16 94 A0A096ZUD8 BP 1903508 positive regulation of nucleic acid-templated transcription 7.753362764020108 0.7090073797104703 17 94 A0A096ZUD8 BP 1902680 positive regulation of RNA biosynthetic process 7.752373874631974 0.7089815955417967 18 94 A0A096ZUD8 BP 0051254 positive regulation of RNA metabolic process 7.6212008905057225 0.7055467078854056 19 94 A0A096ZUD8 BP 0010557 positive regulation of macromolecule biosynthetic process 7.549367163529175 0.7036531424658442 20 94 A0A096ZUD8 BP 0031328 positive regulation of cellular biosynthetic process 7.525541630308007 0.7030231040417427 21 94 A0A096ZUD8 BP 0045935 positive regulation of nucleobase-containing compound metabolic process 7.52280632994056 0.7029507084317491 22 94 A0A096ZUD8 BP 0009891 positive regulation of biosynthetic process 7.521225102161801 0.702908851832655 23 94 A0A096ZUD8 BP 0010033 response to organic substance 7.468060963022931 0.7014989768205697 24 94 A0A096ZUD8 BP 0031325 positive regulation of cellular metabolic process 7.140387898886359 0.6926962418474398 25 94 A0A096ZUD8 BP 0051173 positive regulation of nitrogen compound metabolic process 7.052077593339712 0.6902894630088909 26 94 A0A096ZUD8 BP 0010604 positive regulation of macromolecule metabolic process 6.9896473567765165 0.6885789064390144 27 94 A0A096ZUD8 BP 0009893 positive regulation of metabolic process 6.90456389036418 0.6862353151191952 28 94 A0A096ZUD8 BP 0048522 positive regulation of cellular process 6.532636032538413 0.675816998774576 29 94 A0A096ZUD8 BP 0048518 positive regulation of biological process 6.317764711070525 0.6696625817999543 30 94 A0A096ZUD8 BP 0070887 cellular response to chemical stimulus 6.248043181718982 0.6676431695484963 31 94 A0A096ZUD8 BP 0042221 response to chemical 5.051251003342348 0.6310368305194908 32 94 A0A096ZUD8 BP 0009414 response to water deprivation 4.597245018069793 0.6160260358623515 33 32 A0A096ZUD8 BP 0009651 response to salt stress 4.582500440242269 0.615526382537978 34 32 A0A096ZUD8 BP 0009415 response to water 4.527039963805857 0.6136397427307103 35 32 A0A096ZUD8 BP 0001101 response to acid chemical 4.233614465003566 0.6034598753351073 36 32 A0A096ZUD8 BP 0006970 response to osmotic stress 4.113164805197128 0.5991792320598572 37 32 A0A096ZUD8 BP 0007165 signal transduction 4.0538971247022255 0.597049919165342 38 94 A0A096ZUD8 BP 0023052 signaling 4.027149443628723 0.596083858176808 39 94 A0A096ZUD8 BP 0007154 cell communication 3.9074056571156643 0.5917191452938215 40 94 A0A096ZUD8 BP 0006355 regulation of DNA-templated transcription 3.521125108656788 0.57716288097797 41 94 A0A096ZUD8 BP 1903506 regulation of nucleic acid-templated transcription 3.5211056044719036 0.5771621263649415 42 94 A0A096ZUD8 BP 2001141 regulation of RNA biosynthetic process 3.5192648846143793 0.5770908998717108 43 94 A0A096ZUD8 BP 0051252 regulation of RNA metabolic process 3.493651686260057 0.5760978596958499 44 94 A0A096ZUD8 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4640808095443805 0.5749468395205697 45 94 A0A096ZUD8 BP 0010556 regulation of macromolecule biosynthetic process 3.4371127347392636 0.5738928403041532 46 94 A0A096ZUD8 BP 0031326 regulation of cellular biosynthetic process 3.4323653722971494 0.5737068706162646 47 94 A0A096ZUD8 BP 0009889 regulation of biosynthetic process 3.43022767022451 0.5736230878531074 48 94 A0A096ZUD8 BP 0051716 cellular response to stimulus 3.3995758550262263 0.5724188707105873 49 94 A0A096ZUD8 BP 0031323 regulation of cellular metabolic process 3.34389702684115 0.5702174472097324 50 94 A0A096ZUD8 BP 0051171 regulation of nitrogen compound metabolic process 3.3277020590898503 0.5695736974859409 51 94 A0A096ZUD8 BP 0080090 regulation of primary metabolic process 3.3216879310006804 0.5693342372347248 52 94 A0A096ZUD8 BP 0010468 regulation of gene expression 3.2973265882145073 0.5683620343401568 53 94 A0A096ZUD8 BP 0060255 regulation of macromolecule metabolic process 3.2047622016766413 0.5646348566245718 54 94 A0A096ZUD8 BP 0019222 regulation of metabolic process 3.1692754746881957 0.5631917050968371 55 94 A0A096ZUD8 BP 0010035 response to inorganic substance 3.0649621903324022 0.558902125202103 56 32 A0A096ZUD8 BP 0050896 response to stimulus 3.0381563698365115 0.55778807216366 57 94 A0A096ZUD8 BP 0009628 response to abiotic stimulus 2.8015339879334227 0.547732617417827 58 32 A0A096ZUD8 BP 0050794 regulation of cellular process 2.6361799455908943 0.5404513250017711 59 94 A0A096ZUD8 BP 0050789 regulation of biological process 2.460518472716884 0.5324612991292177 60 94 A0A096ZUD8 BP 0065007 biological regulation 2.362945174620635 0.5278996138758619 61 94 A0A096ZUD8 BP 0009789 positive regulation of abscisic acid-activated signaling pathway 2.127558824278318 0.5164909530518543 62 14 A0A096ZUD8 BP 0009787 regulation of abscisic acid-activated signaling pathway 1.8021728175653553 0.499623784078914 63 14 A0A096ZUD8 BP 1905957 regulation of cellular response to alcohol 1.8003501427641975 0.4995251884995965 64 14 A0A096ZUD8 BP 1901419 regulation of response to alcohol 1.7988459670389874 0.4994437841804499 65 14 A0A096ZUD8 BP 0006950 response to stress 1.6356006855117264 0.49039715850456933 66 32 A0A096ZUD8 BP 0009967 positive regulation of signal transduction 1.1279098991654273 0.4589069049053922 67 14 A0A096ZUD8 BP 0010647 positive regulation of cell communication 1.1126070455529447 0.4578572356948067 68 14 A0A096ZUD8 BP 0023056 positive regulation of signaling 1.112603813444241 0.45785701323477646 69 14 A0A096ZUD8 BP 0048584 positive regulation of response to stimulus 1.0463671988486092 0.45322811689378273 70 14 A0A096ZUD8 BP 0009966 regulation of signal transduction 0.8702715476933354 0.440154678217035 71 14 A0A096ZUD8 BP 0010646 regulation of cell communication 0.8564618421053437 0.4390756647447024 72 14 A0A096ZUD8 BP 0023051 regulation of signaling 0.8549711644545197 0.4389586729378822 73 14 A0A096ZUD8 BP 0048583 regulation of response to stimulus 0.7896679669661687 0.4337294591721845 74 14 A0A096ZUD8 BP 0009987 cellular process 0.3481997943794556 0.3903802789029882 75 94 A0A096ZUI1 MF 0003700 DNA-binding transcription factor activity 4.758690838941013 0.6214454329663286 1 93 A0A096ZUI1 CC 0005634 nucleus 3.9387690403716165 0.5928687443650272 1 93 A0A096ZUI1 BP 0006355 regulation of DNA-templated transcription 3.521098623231933 0.5771618562616496 1 93 A0A096ZUI1 MF 0140110 transcription regulator activity 4.677159662929735 0.6187202927518127 2 93 A0A096ZUI1 BP 1903506 regulation of nucleic acid-templated transcription 3.521079119193757 0.5771611016514591 2 93 A0A096ZUI1 CC 0043231 intracellular membrane-bounded organelle 2.7339924329370597 0.5447851345321266 2 93 A0A096ZUI1 BP 2001141 regulation of RNA biosynthetic process 3.5192384131818764 0.5770898754261069 3 93 A0A096ZUI1 MF 0003677 DNA binding 3.2427129565348904 0.5661693996840613 3 93 A0A096ZUI1 CC 0043227 membrane-bounded organelle 2.7105850636069637 0.5437551679412687 3 93 A0A096ZUI1 BP 0051252 regulation of RNA metabolic process 3.493625407486554 0.5760968389850099 4 93 A0A096ZUI1 MF 0003676 nucleic acid binding 2.240660940498254 0.5220475195049677 4 93 A0A096ZUI1 CC 0043229 intracellular organelle 1.8469163654658154 0.502028689271911 4 93 A0A096ZUI1 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464054753198997 0.5749458231386465 5 93 A0A096ZUI1 CC 0043226 organelle 1.812790185084089 0.500197130372124 5 93 A0A096ZUI1 MF 1901363 heterocyclic compound binding 1.308872699118427 0.4708174749098413 5 93 A0A096ZUI1 BP 0010556 regulation of macromolecule biosynthetic process 3.4370868812440754 0.5738918278862568 6 93 A0A096ZUI1 MF 0097159 organic cyclic compound binding 1.30845885043013 0.4707912107306478 6 93 A0A096ZUI1 CC 0005622 intracellular anatomical structure 1.23199300773498 0.46586500197560543 6 93 A0A096ZUI1 BP 0031326 regulation of cellular biosynthetic process 3.4323395545109765 0.5737058588977889 7 93 A0A096ZUI1 MF 0000976 transcription cis-regulatory region binding 1.2156269214550404 0.4647909460591494 7 11 A0A096ZUI1 CC 0110165 cellular anatomical entity 0.029124581760238244 0.32947972401449166 7 93 A0A096ZUI1 BP 0009889 regulation of biosynthetic process 3.4302018685178415 0.5736220764497337 8 93 A0A096ZUI1 MF 0001067 transcription regulatory region nucleic acid binding 1.2155093967119237 0.4647832072119164 8 11 A0A096ZUI1 BP 0031323 regulation of cellular metabolic process 3.343871874501857 0.570216448614766 9 93 A0A096ZUI1 MF 1990837 sequence-specific double-stranded DNA binding 1.1561933563364863 0.46082837916079317 9 11 A0A096ZUI1 BP 0051171 regulation of nitrogen compound metabolic process 3.327677028566905 0.5695727013120779 10 93 A0A096ZUI1 MF 0003690 double-stranded DNA binding 1.037795191256219 0.4526184827161992 10 11 A0A096ZUI1 BP 0080090 regulation of primary metabolic process 3.3216629457151896 0.5693332419614572 11 93 A0A096ZUI1 MF 0005488 binding 0.8869823392303928 0.44144898221664375 11 93 A0A096ZUI1 BP 0010468 regulation of gene expression 3.297301786171729 0.5683610427232852 12 93 A0A096ZUI1 MF 0043565 sequence-specific DNA binding 0.810227648063634 0.4353983623203884 12 11 A0A096ZUI1 BP 0060255 regulation of macromolecule metabolic process 3.2047380958906064 0.5646338790253889 13 93 A0A096ZUI1 MF 0005515 protein binding 0.05649373295038415 0.33921173179575703 13 1 A0A096ZUI1 BP 0019222 regulation of metabolic process 3.1692516358285023 0.5631907329252593 14 93 A0A096ZUI1 BP 0050794 regulation of cellular process 2.6361601166033695 0.5404504383553793 15 93 A0A096ZUI1 BP 0080141 regulation of jasmonic acid biosynthetic process 2.564373280639929 0.5372183529329736 16 11 A0A096ZUI1 BP 0080140 regulation of jasmonic acid metabolic process 2.560993834457259 0.5370650908626676 17 11 A0A096ZUI1 BP 2000068 regulation of defense response to insect 2.541914079697361 0.5361978967913589 18 11 A0A096ZUI1 BP 0010364 regulation of ethylene biosynthetic process 2.505029111160128 0.5345121601477029 19 11 A0A096ZUI1 BP 1900908 regulation of olefin metabolic process 2.505029111160128 0.5345121601477029 20 11 A0A096ZUI1 BP 1900911 regulation of olefin biosynthetic process 2.505029111160128 0.5345121601477029 21 11 A0A096ZUI1 BP 0080027 response to herbivore 2.503794127084474 0.5344555042498157 22 11 A0A096ZUI1 BP 0050789 regulation of biological process 2.460499965031101 0.5324604425328272 23 93 A0A096ZUI1 BP 0009625 response to insect 2.4433780768869147 0.5316666004726904 24 11 A0A096ZUI1 BP 0010728 regulation of hydrogen peroxide biosynthetic process 2.416899333276016 0.5304334386382124 25 11 A0A096ZUI1 BP 0031335 regulation of sulfur amino acid metabolic process 2.3642022980044826 0.5279589788047065 26 11 A0A096ZUI1 BP 0065007 biological regulation 2.3629274008679486 0.5278987744356922 27 93 A0A096ZUI1 BP 0080113 regulation of seed growth 2.2669490854773366 0.5233187966463133 28 11 A0A096ZUI1 BP 0010337 regulation of salicylic acid metabolic process 2.231633360756436 0.5216092331141355 29 11 A0A096ZUI1 BP 0010311 lateral root formation 2.2192469890360744 0.5210064331908025 30 11 A0A096ZUI1 BP 0010310 regulation of hydrogen peroxide metabolic process 2.216078768809467 0.5208519773815654 31 11 A0A096ZUI1 BP 0010102 lateral root morphogenesis 2.1895337771175285 0.5195535040540878 32 11 A0A096ZUI1 BP 0010101 post-embryonic root morphogenesis 2.1868302469849703 0.5194208177387419 33 11 A0A096ZUI1 BP 0042762 regulation of sulfur metabolic process 2.0850354471313493 0.5143637444416371 34 11 A0A096ZUI1 BP 0090697 post-embryonic plant organ morphogenesis 2.057440529106573 0.51297169988449 35 11 A0A096ZUI1 BP 0048527 lateral root development 2.033810234499963 0.511772215727683 36 11 A0A096ZUI1 BP 1903426 regulation of reactive oxygen species biosynthetic process 2.026022688400261 0.5113753913276814 37 11 A0A096ZUI1 BP 0048528 post-embryonic root development 2.023962709011078 0.5112702949423971 38 11 A0A096ZUI1 BP 0090696 post-embryonic plant organ development 1.9619840441653131 0.5080828608376308 39 11 A0A096ZUI1 BP 1905393 plant organ formation 1.927331325165521 0.5062787772105926 40 11 A0A096ZUI1 BP 0010015 root morphogenesis 1.8876930035710078 0.5041951305220449 41 11 A0A096ZUI1 BP 0009751 response to salicylic acid 1.880497919473685 0.5038145721844096 42 11 A0A096ZUI1 BP 0090698 post-embryonic plant morphogenesis 1.8037786064729342 0.49971060615108387 43 11 A0A096ZUI1 BP 0042304 regulation of fatty acid biosynthetic process 1.8023317418975078 0.49963237855137055 44 11 A0A096ZUI1 BP 0009753 response to jasmonic acid 1.7977815558982595 0.4993861588666879 45 11 A0A096ZUI1 BP 2000377 regulation of reactive oxygen species metabolic process 1.7961889717217783 0.4992999073441946 46 11 A0A096ZUI1 BP 1905392 plant organ morphogenesis 1.7630918914188698 0.4974986951990591 47 11 A0A096ZUI1 BP 0070542 response to fatty acid 1.7525075867882227 0.4969191133903171 48 11 A0A096ZUI1 BP 0019217 regulation of fatty acid metabolic process 1.6934068135261695 0.49365016164545816 49 11 A0A096ZUI1 BP 0009414 response to water deprivation 1.6866125411300028 0.49327072855866444 50 11 A0A096ZUI1 BP 0009651 response to salt stress 1.6812031296716572 0.49296808765957323 51 11 A0A096ZUI1 BP 0009415 response to water 1.6608560881876744 0.4918253466035648 52 11 A0A096ZUI1 BP 0048364 root development 1.6288263308567301 0.49001219788914513 53 11 A0A096ZUI1 BP 0022622 root system development 1.6287596769490547 0.4900084062300035 54 11 A0A096ZUI1 BP 0009723 response to ethylene 1.6090603190092494 0.4888843724860629 55 11 A0A096ZUI1 BP 0009737 response to abscisic acid 1.572323061724467 0.48676962954666386 56 11 A0A096ZUI1 BP 0009735 response to cytokinin 1.562526482963109 0.48620153812398 57 11 A0A096ZUI1 BP 0046890 regulation of lipid biosynthetic process 1.557009449089634 0.485880828167703 58 11 A0A096ZUI1 BP 0001101 response to acid chemical 1.5532057184070667 0.485659382982494 59 11 A0A096ZUI1 BP 0009409 response to cold 1.5524011891548548 0.48561251025564645 60 11 A0A096ZUI1 BP 0048638 regulation of developmental growth 1.532798533494276 0.48446666207503875 61 11 A0A096ZUI1 BP 0097305 response to alcohol 1.5112628926166565 0.48319934458017677 62 11 A0A096ZUI1 BP 0006970 response to osmotic stress 1.5090157946579785 0.4830665898070767 63 11 A0A096ZUI1 BP 2000241 regulation of reproductive process 1.500439903762844 0.48255902987655197 64 11 A0A096ZUI1 BP 0099402 plant organ development 1.4896022219614873 0.4819155276201917 65 11 A0A096ZUI1 BP 0010565 regulation of cellular ketone metabolic process 1.4858165803121604 0.48169019858564055 66 11 A0A096ZUI1 BP 0019216 regulation of lipid metabolic process 1.4706830848573982 0.4807865420904503 67 11 A0A096ZUI1 BP 0062012 regulation of small molecule metabolic process 1.3867912040033417 0.4756905682359428 68 11 A0A096ZUI1 BP 0009611 response to wounding 1.385172757947593 0.47559076236800935 69 11 A0A096ZUI1 BP 0009791 post-embryonic development 1.3730929350198025 0.4748439780678114 70 11 A0A096ZUI1 BP 0040008 regulation of growth 1.3705312849813827 0.4746851931860946 71 11 A0A096ZUI1 BP 0009733 response to auxin 1.3681465237589898 0.474537239397818 72 11 A0A096ZUI1 BP 0014070 response to organic cyclic compound 1.3295091767209157 0.47212190762613515 73 11 A0A096ZUI1 BP 0033993 response to lipid 1.3129952847081963 0.4710788811938411 74 11 A0A096ZUI1 BP 0002831 regulation of response to biotic stimulus 1.2093021006155424 0.464373931996934 75 11 A0A096ZUI1 BP 0048646 anatomical structure formation involved in morphogenesis 1.1740047349593294 0.462026376642116 76 11 A0A096ZUI1 BP 0009266 response to temperature stimulus 1.1717775393392724 0.46187707445105175 77 11 A0A096ZUI1 BP 0009725 response to hormone 1.1499503812131948 0.4604062936593542 78 11 A0A096ZUI1 BP 0031347 regulation of defense response 1.1404482577177268 0.45976165301386784 79 11 A0A096ZUI1 BP 0010035 response to inorganic substance 1.124456853612372 0.45867067520467586 80 11 A0A096ZUI1 BP 0009719 response to endogenous stimulus 1.0882525563219418 0.45617168770116 81 11 A0A096ZUI1 BP 0032101 regulation of response to external stimulus 1.0843194216406127 0.45589771737439 82 11 A0A096ZUI1 BP 0080134 regulation of response to stress 1.0617428825022504 0.4543153991456436 83 11 A0A096ZUI1 BP 1901700 response to oxygen-containing compound 1.059639626055652 0.4541671355907925 84 11 A0A096ZUI1 BP 0009628 response to abiotic stimulus 1.0278117306948216 0.45190528465618396 85 11 A0A096ZUI1 BP 0045892 negative regulation of DNA-templated transcription 0.9991989586120591 0.449841832744307 86 11 A0A096ZUI1 BP 1903507 negative regulation of nucleic acid-templated transcription 0.9991422742609656 0.44983771575278053 87 11 A0A096ZUI1 BP 1902679 negative regulation of RNA biosynthetic process 0.9991276367405241 0.4498366526088636 88 11 A0A096ZUI1 BP 0009653 anatomical structure morphogenesis 0.9783271290672927 0.44831793061874586 89 11 A0A096ZUI1 BP 0051253 negative regulation of RNA metabolic process 0.9733654349842206 0.44795328059206785 90 11 A0A096ZUI1 BP 0010033 response to organic substance 0.9621411080576053 0.4471249257216686 91 11 A0A096ZUI1 BP 0045934 negative regulation of nucleobase-containing compound metabolic process 0.9582770943442048 0.44683864467885803 92 11 A0A096ZUI1 BP 0010558 negative regulation of macromolecule biosynthetic process 0.94888607415741 0.4461404576382007 93 11 A0A096ZUI1 BP 0031327 negative regulation of cellular biosynthetic process 0.9447404486107666 0.44583114705010635 94 11 A0A096ZUI1 BP 0009890 negative regulation of biosynthetic process 0.9440125114803696 0.4457767647064572 95 11 A0A096ZUI1 BP 0048731 system development 0.9222490647070135 0.44414107687901927 96 11 A0A096ZUI1 BP 0007275 multicellular organism development 0.9042414351731136 0.4427730181730383 97 11 A0A096ZUI1 BP 0031324 negative regulation of cellular metabolic process 0.8779108220079298 0.44074789221750577 98 11 A0A096ZUI1 BP 0051707 response to other organism 0.8770845207468346 0.44068385210857336 99 11 A0A096ZUI1 BP 0043207 response to external biotic stimulus 0.8770615554204372 0.4406820718160718 100 11 A0A096ZUI1 BP 0009607 response to biotic stimulus 0.8692005774177309 0.4400713061978835 101 11 A0A096ZUI1 BP 0051172 negative regulation of nitrogen compound metabolic process 0.86642244488182 0.43985479666789934 102 11 A0A096ZUI1 BP 0048583 regulation of response to stimulus 0.8594015305478653 0.43930608026609297 103 11 A0A096ZUI1 BP 0050793 regulation of developmental process 0.8318559286532138 0.43713130981015347 104 11 A0A096ZUI1 BP 0048856 anatomical structure development 0.8108873573268237 0.43545156056436085 105 11 A0A096ZUI1 BP 0032501 multicellular organismal process 0.8041093928384215 0.43490395728851006 106 11 A0A096ZUI1 BP 0048523 negative regulation of cellular process 0.8019269417251259 0.43472714251058703 107 11 A0A096ZUI1 BP 0032502 developmental process 0.7872297162797011 0.43353010361524047 108 11 A0A096ZUI1 BP 0010605 negative regulation of macromolecule metabolic process 0.7832933262842792 0.43320760494921895 109 11 A0A096ZUI1 BP 0009892 negative regulation of metabolic process 0.7668130811923871 0.431848538581072 110 11 A0A096ZUI1 BP 0048519 negative regulation of biological process 0.7179521750699851 0.4277309490538357 111 11 A0A096ZUI1 BP 0044419 biological process involved in interspecies interaction between organisms 0.7165741072453514 0.42761281693142517 112 11 A0A096ZUI1 BP 0009605 response to external stimulus 0.7153135017254443 0.42750465451039554 113 11 A0A096ZUI1 BP 0042221 response to chemical 0.6507735088795599 0.4218336156645398 114 11 A0A096ZUI1 BP 0006950 response to stress 0.600060387823999 0.41717709615254517 115 11 A0A096ZUI1 BP 0050896 response to stimulus 0.3914182209545787 0.39554209381731703 116 11 A0A097PJ86 BP 0030261 chromosome condensation 10.16524092271397 0.7676407964126899 1 93 A0A097PJ86 CC 0005694 chromosome 6.46965974854989 0.674023835224681 1 96 A0A097PJ86 MF 0016887 ATP hydrolysis activity 6.015677241691965 0.660830262563688 1 95 A0A097PJ86 BP 0051321 meiotic cell cycle 9.939323218494163 0.7624675709226695 2 94 A0A097PJ86 MF 0017111 ribonucleoside triphosphate phosphatase activity 5.229864569983831 0.6367563866627954 2 95 A0A097PJ86 CC 0005634 nucleus 3.767547403444042 0.5865356837036554 2 92 A0A097PJ86 BP 0000819 sister chromatid segregation 9.89196994453018 0.7613758128249487 3 96 A0A097PJ86 MF 0016462 pyrophosphatase activity 5.01134363576906 0.6297451635183402 3 95 A0A097PJ86 CC 0043232 intracellular non-membrane-bounded organelle 2.781358418192906 0.5468559224654598 3 96 A0A097PJ86 BP 0098813 nuclear chromosome segregation 9.580295237758296 0.754123795219465 4 96 A0A097PJ86 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 4.976620510402685 0.62861710249019 4 95 A0A097PJ86 CC 0043228 non-membrane-bounded organelle 2.732761295240369 0.5447310723594021 4 96 A0A097PJ86 BP 0007059 chromosome segregation 8.255837315231396 0.7219027664703532 5 96 A0A097PJ86 MF 0016817 hydrolase activity, acting on acid anhydrides 4.9659651054241865 0.6282701484319317 5 95 A0A097PJ86 CC 0043231 intracellular membrane-bounded organelle 2.6151434588243463 0.5395088033872071 5 92 A0A097PJ86 BP 0022414 reproductive process 7.751744842157078 0.708965193378049 6 94 A0A097PJ86 MF 0140657 ATP-dependent activity 4.408010143269155 0.6095512000483996 6 95 A0A097PJ86 CC 0043227 membrane-bounded organelle 2.5927536277280963 0.538501472286931 6 92 A0A097PJ86 BP 0000003 reproduction 7.661459112267833 0.7066040294924987 7 94 A0A097PJ86 MF 0005524 ATP binding 2.996738144292868 0.556057017339187 7 96 A0A097PJ86 CC 0043229 intracellular organelle 1.8469594660751742 0.5020309917413925 7 96 A0A097PJ86 BP 0022402 cell cycle process 7.428224458555495 0.7004392492395768 8 96 A0A097PJ86 MF 0032559 adenyl ribonucleotide binding 2.9830186960539677 0.5554809851038425 8 96 A0A097PJ86 CC 0043226 organelle 1.8128324893069976 0.5001994114706205 8 96 A0A097PJ86 BP 0051276 chromosome organization 6.37615013281798 0.6713450985574563 9 96 A0A097PJ86 MF 0030554 adenyl nucleotide binding 2.978423054706076 0.5552877339362212 9 96 A0A097PJ86 CC 0000796 condensin complex 1.4011648026352284 0.4765744122333241 9 10 A0A097PJ86 BP 0007049 cell cycle 6.171978443584435 0.6654271384373907 10 96 A0A097PJ86 MF 0035639 purine ribonucleoside triphosphate binding 2.8340205475728886 0.5491376578297646 10 96 A0A097PJ86 CC 0005622 intracellular anatomical structure 1.2320217581702204 0.46586688248015806 10 96 A0A097PJ86 BP 0006996 organelle organization 5.194043837044353 0.635617261529464 11 96 A0A097PJ86 MF 0032555 purine ribonucleotide binding 2.815382700099565 0.548332563672238 11 96 A0A097PJ86 CC 0000793 condensed chromosome 1.0214067869501045 0.4514459033347798 11 10 A0A097PJ86 BP 0016043 cellular component organization 3.912527177641373 0.5919071847766002 12 96 A0A097PJ86 MF 0017076 purine nucleotide binding 2.8100393977608236 0.5481012592912522 12 96 A0A097PJ86 CC 0044815 DNA packaging complex 0.9207380725165049 0.44402680148624807 12 10 A0A097PJ86 BP 0071840 cellular component organization or biogenesis 3.6106852820574526 0.5806061837455416 13 96 A0A097PJ86 MF 0032553 ribonucleotide binding 2.7698042576827056 0.5463524238589276 13 96 A0A097PJ86 CC 0000785 chromatin 0.8812773888184473 0.4410084973123645 13 10 A0A097PJ86 MF 0097367 carbohydrate derivative binding 2.7195891655484394 0.5441518890316475 14 96 A0A097PJ86 BP 0007076 mitotic chromosome condensation 1.34272883349055 0.47295220862037624 14 10 A0A097PJ86 CC 0032991 protein-containing complex 0.2971222740357251 0.3838469569117231 14 10 A0A097PJ86 MF 0043168 anion binding 2.479778914227848 0.5333509961487645 15 96 A0A097PJ86 BP 0000070 mitotic sister chromatid segregation 1.1402945845094277 0.45975120553222293 15 10 A0A097PJ86 CC 0110165 cellular anatomical entity 0.02912526142675952 0.32948001314912545 15 96 A0A097PJ86 MF 0000166 nucleotide binding 2.4623019915008335 0.5325438311187989 16 96 A0A097PJ86 BP 0140014 mitotic nuclear division 1.1203023366552243 0.45838597520852564 16 10 A0A097PJ86 MF 1901265 nucleoside phosphate binding 2.46230193246574 0.532543828387456 17 96 A0A097PJ86 BP 0000280 nuclear division 1.0491013266634757 0.45342204017595755 17 10 A0A097PJ86 MF 0016787 hydrolase activity 2.4167279354355578 0.5304254343929928 18 95 A0A097PJ86 BP 0048285 organelle fission 1.021763264127643 0.451471508707016 18 10 A0A097PJ86 MF 0036094 small molecule binding 2.3028395474017525 0.5250425930033797 19 96 A0A097PJ86 BP 1903047 mitotic cell cycle process 0.9909463140777172 0.44924120788741556 19 10 A0A097PJ86 MF 0043167 ion binding 1.634734041599333 0.49034795498038863 20 96 A0A097PJ86 BP 0000278 mitotic cell cycle 0.9690827478454717 0.4476377848440922 20 10 A0A097PJ86 MF 1901363 heterocyclic compound binding 1.3089032436584833 0.47081941320081033 21 96 A0A097PJ86 BP 0009987 cellular process 0.34820530097986896 0.39038095639505094 21 96 A0A097PJ86 MF 0097159 organic cyclic compound binding 1.3084893853123962 0.47079314871516126 22 96 A0A097PJ86 MF 0003682 chromatin binding 1.0959602328830405 0.45670714926700806 23 10 A0A097PJ86 MF 0005488 binding 0.8870030383156501 0.4414505778303346 24 96 A0A097PJ86 MF 0003824 catalytic activity 0.7192281086515708 0.42784022488133366 25 95 A0A097PJD8 CC 0008278 cohesin complex 12.527200297980835 0.8186177609018217 1 94 A0A097PJD8 BP 0007062 sister chromatid cohesion 10.252144753210448 0.7696154524402539 1 94 A0A097PJD8 MF 0016887 ATP hydrolysis activity 6.019524331626723 0.6609441189193999 1 95 A0A097PJD8 BP 0051321 meiotic cell cycle 9.972222769073657 0.7632245593523761 2 94 A0A097PJD8 CC 0044815 DNA packaging complex 8.487027202597083 0.7277039408722363 2 94 A0A097PJD8 MF 0017111 ribonucleoside triphosphate phosphatase activity 5.233209124310632 0.636862546498256 2 95 A0A097PJD8 BP 0000819 sister chromatid segregation 9.795978115017892 0.7591546164778689 3 95 A0A097PJD8 CC 0005694 chromosome 6.469651174562788 0.6740235904993808 3 96 A0A097PJD8 MF 0016462 pyrophosphatase activity 5.014548443621311 0.6298490818360185 3 95 A0A097PJD8 BP 0098813 nuclear chromosome segregation 9.487327904426598 0.7519378714980901 4 95 A0A097PJD8 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 4.979803112444895 0.6287206601619721 4 95 A0A097PJD8 CC 0005634 nucleus 3.8622995422292394 0.5900576978825011 4 94 A0A097PJD8 BP 0007059 chromosome segregation 8.175722542088248 0.7198735605547977 5 95 A0A097PJD8 MF 0016817 hydrolase activity, acting on acid anhydrides 4.969140893220951 0.6283735951810296 5 95 A0A097PJD8 CC 0043232 intracellular non-membrane-bounded organelle 2.781354732167345 0.5468557620055188 5 96 A0A097PJD8 BP 0022414 reproductive process 7.777403422314662 0.709633707474195 6 94 A0A097PJD8 MF 0140657 ATP-dependent activity 4.410829112900198 0.6096486622702899 6 95 A0A097PJD8 CC 0032991 protein-containing complex 2.7387645819256607 0.5449945759506901 6 94 A0A097PJD8 BP 0000003 reproduction 7.686818843110247 0.7072686390443834 7 94 A0A097PJD8 MF 0005524 ATP binding 2.9967341728329773 0.5560568507823183 7 96 A0A097PJD8 CC 0043228 non-membrane-bounded organelle 2.732757673618675 0.5447309133074518 7 96 A0A097PJD8 BP 0022402 cell cycle process 7.356140853388563 0.6985144383559664 8 95 A0A097PJD8 MF 0032559 adenyl ribonucleotide binding 2.9830147427759255 0.5554808189286704 8 96 A0A097PJD8 CC 0043231 intracellular membrane-bounded organelle 2.6809131517888494 0.5424431370527663 8 94 A0A097PJD8 BP 0051276 chromosome organization 6.376141682755516 0.671344855607169 9 96 A0A097PJD8 MF 0030554 adenyl nucleotide binding 2.9784191075184574 0.5552875678891033 9 96 A0A097PJD8 CC 0043227 membrane-bounded organelle 2.6579602264150144 0.5414232176443976 9 94 A0A097PJD8 BP 0007049 cell cycle 6.112085469198916 0.6636726207255081 10 95 A0A097PJD8 MF 0035639 purine ribonucleoside triphosphate binding 2.8340167917562664 0.5491374958578757 10 96 A0A097PJD8 CC 0043229 intracellular organelle 1.8469570183720099 0.5020308609838254 10 96 A0A097PJD8 BP 0006996 organelle organization 5.194036953581142 0.6356170422535372 11 96 A0A097PJD8 MF 0032555 purine ribonucleotide binding 2.8153789689829534 0.5483324022338293 11 96 A0A097PJD8 CC 0043226 organelle 1.8128300868309808 0.5001992819267147 11 96 A0A097PJD8 BP 0016043 cellular component organization 3.9125219925220835 0.591906994464311 12 96 A0A097PJD8 MF 0017076 purine nucleotide binding 2.8100356737254812 0.5481010980061127 12 96 A0A097PJD8 CC 0005622 intracellular anatomical structure 1.232020125419956 0.46586677568603885 12 96 A0A097PJD8 BP 0071840 cellular component organization or biogenesis 3.610680496957426 0.5806060009216423 13 96 A0A097PJD8 MF 0032553 ribonucleotide binding 2.769800586969421 0.5463522637326201 13 96 A0A097PJD8 CC 0009507 chloroplast 0.13701995832697259 0.35844753261505036 13 2 A0A097PJD8 MF 0097367 carbohydrate derivative binding 2.7195855613832536 0.5441517303634819 14 96 A0A097PJD8 BP 0009987 cellular process 0.3482048395169983 0.39038089962022143 14 96 A0A097PJD8 CC 0009536 plastid 0.13294978802363577 0.35764323090720695 14 2 A0A097PJD8 MF 0043168 anion binding 2.479775627873812 0.5333508446376017 15 96 A0A097PJD8 CC 0005737 cytoplasm 0.046413967704712296 0.33598174447944296 15 2 A0A097PJD8 MF 0000166 nucleotide binding 2.4622987283082796 0.5325436801424885 16 96 A0A097PJD8 CC 0110165 cellular anatomical entity 0.029125222828189343 0.3294799967291287 16 96 A0A097PJD8 MF 1901265 nucleoside phosphate binding 2.4622986692732645 0.5325436774111474 17 96 A0A097PJD8 MF 0016787 hydrolase activity 2.418273458797587 0.5304975997719371 18 95 A0A097PJD8 MF 0036094 small molecule binding 2.302836495538541 0.5250424469976198 19 96 A0A097PJD8 MF 0043167 ion binding 1.6347318751502253 0.49034783196435994 20 96 A0A097PJD8 MF 1901363 heterocyclic compound binding 1.3089015090201923 0.4708193031249923 21 96 A0A097PJD8 MF 0097159 organic cyclic compound binding 1.3084876512225756 0.47079303865674693 22 96 A0A097PJD8 MF 0005488 binding 0.887001862805205 0.44145048721520763 23 96 A0A097PJD8 MF 0003824 catalytic activity 0.7196880627193211 0.4278795933336117 24 95 A0A097PJD8 MF 0003677 DNA binding 0.25919846671314056 0.37862355268554004 25 8 A0A097PJD8 MF 0003676 nucleic acid binding 0.1791018471217935 0.3661492587989689 26 8 A0A097PJK3 MF 0030983 mismatched DNA binding 9.872328761839784 0.7609222070208975 1 4 A0A097PJK3 BP 0006298 mismatch repair 9.34301656710058 0.7485233792905059 1 4 A0A097PJK3 CC 0009507 chloroplast 0.7096849474954293 0.4270205466609925 1 1 A0A097PJK3 MF 0140664 ATP-dependent DNA damage sensor activity 8.716171085862745 0.7333763157092863 2 4 A0A097PJK3 BP 0006290 pyrimidine dimer repair 7.517147982156065 0.7028009062960239 2 1 A0A097PJK3 CC 0009536 plastid 0.6886037952801578 0.4251900882232368 2 1 A0A097PJK3 MF 0140612 DNA damage sensor activity 8.715255791367426 0.7333538072379984 3 4 A0A097PJK3 BP 0006281 DNA repair 5.510606659959496 0.6455523736695881 3 4 A0A097PJK3 CC 0043231 intracellular membrane-bounded organelle 0.3301931961926215 0.38813546226309825 3 1 A0A097PJK3 MF 0003690 double-stranded DNA binding 8.053643399117677 0.7167622355049464 4 4 A0A097PJK3 BP 0006974 cellular response to DNA damage stimulus 5.452656167498871 0.6437554056280852 4 4 A0A097PJK3 CC 0043227 membrane-bounded organelle 0.32736621174290137 0.38777752365606516 4 1 A0A097PJK3 MF 0008094 ATP-dependent activity, acting on DNA 6.641244035255792 0.6788892751603917 5 4 A0A097PJK3 BP 0033554 cellular response to stress 5.207322615736727 0.6360399930592171 5 4 A0A097PJK3 CC 0005737 cytoplasm 0.24039778318257704 0.3758921068570779 5 1 A0A097PJK3 MF 0140299 small molecule sensor activity 6.338690149711406 0.6702664891288199 6 4 A0A097PJK3 BP 0006950 response to stress 4.65667255175941 0.6180317948687074 6 4 A0A097PJK3 CC 0043229 intracellular organelle 0.22305812205869288 0.3732765507275505 6 1 A0A097PJK3 MF 0140097 catalytic activity, acting on DNA 4.993741798400775 0.6291738172570408 7 4 A0A097PJK3 BP 0090305 nucleic acid phosphodiester bond hydrolysis 4.037663472850552 0.5964639808212232 7 3 A0A097PJK3 CC 0043226 organelle 0.21893659178730773 0.37264003916775057 7 1 A0A097PJK3 MF 0004519 endonuclease activity 4.765375369578646 0.6216678209721633 8 3 A0A097PJK3 BP 0006259 DNA metabolic process 3.9954184898800524 0.5949336435337584 8 4 A0A097PJK3 CC 0005622 intracellular anatomical structure 0.14879181961522975 0.36070878399519735 8 1 A0A097PJK3 MF 0140657 ATP-dependent activity 4.453074943304965 0.6111055436063393 9 4 A0A097PJK3 BP 0051716 cellular response to stimulus 3.3988844002139147 0.5723916430617251 9 4 A0A097PJK3 CC 0110165 cellular anatomical entity 0.0035174708690965065 0.3133115607779308 9 1 A0A097PJK3 MF 0004518 nuclease activity 4.294163276334276 0.6055887105251485 10 3 A0A097PJK3 BP 0050896 response to stimulus 3.037538425736405 0.55776233250197 10 4 A0A097PJK3 MF 0003684 damaged DNA binding 4.0682455076612145 0.5975668345303744 11 1 A0A097PJK3 BP 0090304 nucleic acid metabolic process 2.7414973111932692 0.5451144285848505 11 4 A0A097PJK3 MF 0140640 catalytic activity, acting on a nucleic acid 3.7725400202611916 0.5867223610793433 12 4 A0A097PJK3 BP 0044260 cellular macromolecule metabolic process 2.3412893593642545 0.5268744747153709 12 4 A0A097PJK3 MF 0016788 hydrolase activity, acting on ester bonds 3.515032439953365 0.5769270551081108 13 3 A0A097PJK3 BP 0006139 nucleobase-containing compound metabolic process 2.2824897844087246 0.5240668694773223 13 4 A0A097PJK3 MF 0003677 DNA binding 3.2420777932321307 0.5661437908955284 14 4 A0A097PJK3 BP 0006725 cellular aromatic compound metabolic process 2.085976775784168 0.5144110674307121 14 4 A0A097PJK3 MF 0005524 ATP binding 2.9960812429475956 0.5560294664147319 15 4 A0A097PJK3 BP 0046483 heterocycle metabolic process 2.0832368102189864 0.5142732926670746 15 4 A0A097PJK3 MF 0032559 adenyl ribonucleotide binding 2.9823648020865745 0.5554534973175516 16 4 A0A097PJK3 BP 1901360 organic cyclic compound metabolic process 2.0356815304635187 0.5118674567445949 16 4 A0A097PJK3 MF 0030554 adenyl nucleotide binding 2.9777701681283304 0.5552602673319462 17 4 A0A097PJK3 BP 0034641 cellular nitrogen compound metabolic process 1.655100807436287 0.4915008472336556 17 4 A0A097PJK3 MF 0035639 purine ribonucleoside triphosphate binding 2.8333993148122696 0.5491108653275457 18 4 A0A097PJK3 BP 0043170 macromolecule metabolic process 1.523956094684192 0.4839473913407685 18 4 A0A097PJK3 MF 0032555 purine ribonucleotide binding 2.8147655528567626 0.5483058594153705 19 4 A0A097PJK3 BP 0006807 nitrogen compound metabolic process 1.0920600594277914 0.45643643568806574 19 4 A0A097PJK3 MF 0017076 purine nucleotide binding 2.8094234217990355 0.5480745803873649 20 4 A0A097PJK3 BP 0044238 primary metabolic process 0.9782977298627991 0.4483157727083157 20 4 A0A097PJK3 MF 0032553 ribonucleotide binding 2.7691971014830625 0.546325936642678 21 4 A0A097PJK3 BP 0044237 cellular metabolic process 0.8872266455258778 0.44146781367225224 21 4 A0A097PJK3 MF 0097367 carbohydrate derivative binding 2.7189930167708627 0.5441256430132344 22 4 A0A097PJK3 BP 0071704 organic substance metabolic process 0.8384795275173018 0.43765750229990175 22 4 A0A097PJK3 MF 0043168 anion binding 2.479235333165273 0.5333259340025466 23 4 A0A097PJK3 BP 0008152 metabolic process 0.6094351444892213 0.41805230711667074 23 4 A0A097PJK3 MF 0000166 nucleotide binding 2.461762241475038 0.532518857444918 24 4 A0A097PJK3 BP 0009987 cellular process 0.3481289724788018 0.39037156501389175 24 4 A0A097PJK3 MF 1901265 nucleoside phosphate binding 2.4617621824528855 0.5325188547138746 25 4 A0A097PJK3 MF 0036094 small molecule binding 2.302334752413403 0.5250184415307122 26 4 A0A097PJK3 MF 0003676 nucleic acid binding 2.2402220531769252 0.5220262320936229 27 4 A0A097PJK3 MF 0016787 hydrolase activity 1.9867746252463234 0.5093637459225577 28 3 A0A097PJK3 MF 0043167 ion binding 1.6343756989816656 0.4903276063430718 29 4 A0A097PJK3 MF 1901363 heterocyclic compound binding 1.3086163249287879 0.470801205062235 30 4 A0A097PJK3 MF 0097159 organic cyclic compound binding 1.3082025573027074 0.47077494345540294 31 4 A0A097PJK3 MF 0005488 binding 0.8868086024119859 0.44143558877262346 32 4 A0A097PJK3 MF 0003824 catalytic activity 0.7265810569985723 0.4284680794386953 33 4 A0A097PJQ1 CC 0032300 mismatch repair complex 10.669184716351097 0.7789771849269358 1 95 A0A097PJQ1 MF 0030983 mismatched DNA binding 9.874455948133107 0.7609713553717001 1 95 A0A097PJQ1 BP 0006298 mismatch repair 9.345029702730406 0.748571191928304 1 95 A0A097PJQ1 MF 0140664 ATP-dependent DNA damage sensor activity 8.718049155375155 0.7334224965694482 2 95 A0A097PJQ1 BP 0006281 DNA repair 5.511794027928872 0.6455890933464805 2 95 A0A097PJQ1 CC 0005634 nucleus 3.7078414162977213 0.5842935780619103 2 89 A0A097PJQ1 MF 0140612 DNA damage sensor activity 8.717133663661736 0.7333999856733457 3 95 A0A097PJQ1 BP 0006974 cellular response to DNA damage stimulus 5.4538310489013755 0.6437919317194523 3 95 A0A097PJQ1 CC 0032991 protein-containing complex 2.7930438731595992 0.5473640799532942 3 95 A0A097PJQ1 MF 0003690 double-stranded DNA binding 8.0553787140837 0.716806626547275 4 95 A0A097PJQ1 BP 0033554 cellular response to stress 5.208444635227803 0.6360756879770952 4 95 A0A097PJQ1 CC 0043231 intracellular membrane-bounded organelle 2.573700125796706 0.5376408137278158 4 89 A0A097PJQ1 MF 0008094 ATP-dependent activity, acting on DNA 6.642675021158228 0.6789295861875164 5 95 A0A097PJQ1 BP 0006950 response to stress 4.657675922925784 0.6180655497818501 5 95 A0A097PJQ1 CC 0032389 MutLalpha complex 2.5519649413597825 0.5366551226795518 5 13 A0A097PJQ1 MF 0140299 small molecule sensor activity 6.3400559444625095 0.6703058712320425 6 95 A0A097PJQ1 BP 0006259 DNA metabolic process 3.996279380927422 0.59496491010673 6 95 A0A097PJQ1 CC 0043227 membrane-bounded organelle 2.5516651162393753 0.5366414963137891 6 89 A0A097PJQ1 MF 0016887 ATP hydrolysis activity 6.078487293802728 0.6626846236289132 7 95 A0A097PJQ1 BP 0051716 cellular response to stimulus 3.3996167563259463 0.572420481208088 7 95 A0A097PJQ1 CC 0043229 intracellular organelle 1.7386327865687965 0.4961566911459127 7 89 A0A097PJQ1 MF 0017111 ribonucleoside triphosphate phosphatase activity 5.284469904175684 0.6384853956789185 8 95 A0A097PJQ1 BP 0050896 response to stimulus 3.038192922791815 0.5577895946476994 8 95 A0A097PJQ1 CC 0043226 organelle 1.7065074033075651 0.49437963476406616 8 89 A0A097PJQ1 MF 0016462 pyrophosphatase activity 5.063667379590638 0.6314376652769078 9 95 A0A097PJQ1 BP 0090304 nucleic acid metabolic process 2.7420880204012215 0.5451403281848529 9 95 A0A097PJQ1 CC 0005622 intracellular anatomical structure 1.2320170972714801 0.4658665776222183 9 95 A0A097PJQ1 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 5.028581707959548 0.6303037304641632 10 95 A0A097PJQ1 BP 0044260 cellular macromolecule metabolic process 2.3417938359425863 0.5268984093438362 10 95 A0A097PJQ1 CC 0140513 nuclear protein-containing complex 0.8692428421763895 0.44007459736345855 10 13 A0A097PJQ1 MF 0016817 hydrolase activity, acting on acid anhydrides 5.01781504924933 0.6299549698250984 11 95 A0A097PJQ1 BP 0006139 nucleobase-containing compound metabolic process 2.2829815914687583 0.5240905016453526 11 95 A0A097PJQ1 CC 0000785 chromatin 0.07992698875837093 0.34575001706543235 11 1 A0A097PJQ1 MF 0140097 catalytic activity, acting on DNA 4.994817797728007 0.6292087724888367 12 95 A0A097PJQ1 BP 0006725 cellular aromatic compound metabolic process 2.086426240273518 0.5144336593890837 12 95 A0A097PJQ1 CC 0005694 chromosome 0.06241918220452779 0.3409765229202765 12 1 A0A097PJQ1 MF 0140657 ATP-dependent activity 4.454034445385076 0.611138552361532 13 95 A0A097PJQ1 BP 0046483 heterocycle metabolic process 2.083685684329173 0.5142958697831121 13 95 A0A097PJQ1 CC 0110165 cellular anatomical entity 0.02912515124210296 0.32947996627607284 13 95 A0A097PJQ1 MF 0140640 catalytic activity, acting on a nucleic acid 3.7733528877837084 0.5867527430592715 14 95 A0A097PJQ1 BP 1901360 organic cyclic compound metabolic process 2.036120157858699 0.5118897746823943 14 95 A0A097PJQ1 CC 0043232 intracellular non-membrane-bounded organelle 0.026834505156193598 0.32848556170428267 14 1 A0A097PJQ1 MF 0003677 DNA binding 3.2427763622942054 0.5661719559671806 15 95 A0A097PJQ1 BP 0034641 cellular nitrogen compound metabolic process 1.6554574312721193 0.49152097109748505 15 95 A0A097PJQ1 CC 0043228 non-membrane-bounded organelle 0.026365640827915725 0.3282768500907263 15 1 A0A097PJQ1 MF 0005524 ATP binding 2.996726807242244 0.5560565418805736 16 95 A0A097PJQ1 BP 0043170 macromolecule metabolic process 1.524284460827018 0.4839667014785358 16 95 A0A097PJQ1 MF 0032559 adenyl ribonucleotide binding 2.983007410905803 0.5554805107348326 17 95 A0A097PJQ1 BP 0006807 nitrogen compound metabolic process 1.0922953651237362 0.45645278209877516 17 95 A0A097PJQ1 MF 0030554 adenyl nucleotide binding 2.9784117869438207 0.5552872599327588 18 95 A0A097PJQ1 BP 0044238 primary metabolic process 0.9785085232401219 0.44833124428832477 18 95 A0A097PJQ1 MF 0035639 purine ribonucleoside triphosphate binding 2.8340098261041216 0.5491371954595827 19 95 A0A097PJQ1 BP 0044237 cellular metabolic process 0.8874178158571099 0.4414825475286525 19 95 A0A097PJQ1 MF 0032555 purine ribonucleotide binding 2.815372049140202 0.5483321028249456 20 95 A0A097PJQ1 BP 0071704 organic substance metabolic process 0.8386601943286686 0.4376718256753629 20 95 A0A097PJQ1 MF 0017076 purine nucleotide binding 2.8100287670158686 0.5481007988814873 21 95 A0A097PJQ1 BP 0008152 metabolic process 0.6095664592091117 0.4180645184445472 21 95 A0A097PJQ1 MF 0032553 ribonucleotide binding 2.769793779152525 0.546351966757202 22 95 A0A097PJQ1 BP 0009987 cellular process 0.3482039836738734 0.39038079432379014 22 95 A0A097PJQ1 MF 0097367 carbohydrate derivative binding 2.7195788769884914 0.5441514360923807 23 95 A0A097PJQ1 BP 0009845 seed germination 0.15797386029076504 0.36241108399141897 23 1 A0A097PJQ1 MF 0043168 anion binding 2.479769532901308 0.5333505636401091 24 95 A0A097PJQ1 BP 0090351 seedling development 0.154841432191325 0.361836049115659 24 1 A0A097PJQ1 MF 0000166 nucleotide binding 2.462292676291768 0.5325434001369502 25 95 A0A097PJQ1 BP 0006312 mitotic recombination 0.14698926284540698 0.3603684875682844 25 1 A0A097PJQ1 MF 1901265 nucleoside phosphate binding 2.4622926172568973 0.5325433974056125 26 95 A0A097PJQ1 BP 0009555 pollen development 0.13564515298797403 0.35817721184066703 26 1 A0A097PJQ1 MF 0016787 hydrolase activity 2.4419611388578124 0.5316007808910865 27 95 A0A097PJQ1 BP 0048229 gametophyte development 0.13234118145791227 0.3575219123311948 27 1 A0A097PJQ1 MF 0036094 small molecule binding 2.3028308354598774 0.5250421762106248 28 95 A0A097PJQ1 BP 0048316 seed development 0.12595065628388513 0.3562307939436159 28 1 A0A097PJQ1 MF 0003676 nucleic acid binding 2.240704752827684 0.5220496444258793 29 95 A0A097PJQ1 BP 0010154 fruit development 0.12269850394609352 0.3555611587228963 29 1 A0A097PJQ1 MF 0043167 ion binding 1.6347278571875847 0.49034760381486253 30 95 A0A097PJQ1 BP 0048608 reproductive structure development 0.10462992927923502 0.35166719050775 30 1 A0A097PJQ1 MF 1901363 heterocyclic compound binding 1.3088982919070722 0.4708190989748273 31 95 A0A097PJQ1 BP 0061458 reproductive system development 0.10457834985513972 0.3516556123709393 31 1 A0A097PJQ1 MF 0097159 organic cyclic compound binding 1.3084844351266651 0.47079283453885934 32 95 A0A097PJQ1 BP 0009791 post-embryonic development 0.10282826736804374 0.35126106177967986 32 1 A0A097PJQ1 MF 0005488 binding 0.8869996826676539 0.44145031915746835 33 95 A0A097PJQ1 BP 0003006 developmental process involved in reproduction 0.09207386703274265 0.3487590174834392 33 1 A0A097PJQ1 MF 0003824 catalytic activity 0.7267376130961983 0.4284814128470494 34 95 A0A097PJQ1 BP 0022414 reproductive process 0.07647272128301272 0.3448531747402196 34 1 A0A097PJQ1 BP 0000003 reproduction 0.07558203207713164 0.3446186548566388 35 1 A0A097PJQ1 MF 0003723 RNA binding 0.04528726270286791 0.3355997276857754 35 1 A0A097PJQ1 BP 0048731 system development 0.0690654441421719 0.3428590031508578 36 1 A0A097PJQ1 BP 0007275 multicellular organism development 0.06771688768459329 0.34248462454133677 37 1 A0A097PJQ1 BP 0048856 anatomical structure development 0.0607257818156107 0.3404810576569474 38 1 A0A097PJQ1 BP 0032501 multicellular organismal process 0.06021819319808243 0.3403312022800649 39 1 A0A097PJQ1 BP 0032502 developmental process 0.058954106951625146 0.33995523783816234 40 1 A0A097PJQ1 BP 0006310 DNA recombination 0.05553908853824354 0.3389188957334297 41 1 A0A097PJT9 CC 0042555 MCM complex 11.270997333486314 0.7921698838100517 1 89 A0A097PJT9 MF 0003688 DNA replication origin binding 10.85831424291278 0.7831624055408113 1 89 A0A097PJT9 BP 0006270 DNA replication initiation 9.509772614761756 0.752466586993633 1 89 A0A097PJT9 MF 1990837 sequence-specific double-stranded DNA binding 8.685814517311966 0.7326291704255143 2 89 A0A097PJT9 BP 0032508 DNA duplex unwinding 7.389294283759694 0.6994008828927001 2 92 A0A097PJT9 CC 0000347 THO complex 5.042884581057813 0.6307664615347999 2 35 A0A097PJT9 MF 0003690 double-stranded DNA binding 7.796357321038306 0.7101268284829501 3 89 A0A097PJT9 BP 0032392 DNA geometric change 7.38845138015597 0.6993783703040788 3 92 A0A097PJT9 CC 0005634 nucleus 3.812192123755901 0.5882006155775162 3 89 A0A097PJT9 MF 0003678 DNA helicase activity 7.475315547874615 0.701691658235362 4 88 A0A097PJT9 BP 0006261 DNA-templated DNA replication 7.313342863862723 0.6973671620247004 4 89 A0A097PJT9 CC 0032991 protein-containing complex 2.70323330800295 0.5434307604016678 4 89 A0A097PJT9 BP 0071103 DNA conformation change 6.79583428681109 0.6832192810177702 5 92 A0A097PJT9 MF 0004386 helicase activity 6.42615707838298 0.672780054784053 5 92 A0A097PJT9 CC 0043231 intracellular membrane-bounded organelle 2.646132411528132 0.5408959260392611 5 89 A0A097PJT9 BP 0051276 chromosome organization 6.376134228512538 0.6713446412878539 6 92 A0A097PJT9 MF 0008094 ATP-dependent activity, acting on DNA 6.350724432252289 0.6706133466193223 6 88 A0A097PJT9 CC 0043227 membrane-bounded organelle 2.6234772651909357 0.5398826441749287 6 89 A0A097PJT9 MF 0043565 sequence-specific DNA binding 6.086773487591748 0.6629285428463738 7 89 A0A097PJT9 BP 0006260 DNA replication 6.005067826503491 0.6605160833757886 7 92 A0A097PJT9 CC 0000785 chromatin 2.3924206287708984 0.5292873990525782 7 25 A0A097PJT9 BP 0007049 cell cycle 5.973495349082725 0.6595794744480512 8 89 A0A097PJT9 MF 0140097 catalytic activity, acting on DNA 4.775291779538079 0.6219974434181159 8 88 A0A097PJT9 CC 0140513 nuclear protein-containing complex 2.370433198038827 0.5282529868545274 8 35 A0A097PJT9 BP 0006996 organelle organization 5.194030881317473 0.6356168488186293 9 92 A0A097PJT9 MF 0140657 ATP-dependent activity 4.454040185709452 0.61113874982926 9 92 A0A097PJT9 CC 0005694 chromosome 1.8683668865415834 0.5031712921397744 9 25 A0A097PJT9 BP 0006259 DNA metabolic process 3.996284531300691 0.5949650971522304 10 92 A0A097PJT9 MF 0140640 catalytic activity, acting on a nucleic acid 3.773357750851075 0.5867529248128855 10 92 A0A097PJT9 CC 0043229 intracellular organelle 1.7875635635138354 0.49883210479491724 10 89 A0A097PJT9 BP 0016043 cellular component organization 3.9125174184566007 0.5919068265797616 11 92 A0A097PJT9 MF 0016887 ATP hydrolysis activity 3.6897704336807564 0.5836114154065923 11 56 A0A097PJT9 CC 0043226 organelle 1.754534067564305 0.4970302158471751 11 89 A0A097PJT9 BP 0071840 cellular component organization or biogenesis 3.6106762757698996 0.5806058396429982 12 92 A0A097PJT9 MF 0003677 DNA binding 3.2427805415587407 0.5661721244586211 12 92 A0A097PJT9 CC 0005622 intracellular anatomical structure 1.192401481902203 0.4632542435225353 12 89 A0A097PJT9 MF 0017111 ribonucleoside triphosphate phosphatase activity 3.2077850734314675 0.5647574186877939 13 56 A0A097PJT9 BP 0090304 nucleic acid metabolic process 2.742091554382581 0.5451404831236 13 92 A0A097PJT9 CC 0043232 intracellular non-membrane-bounded organelle 0.8032258526918775 0.4348324048088599 13 25 A0A097PJT9 MF 0016462 pyrophosphatase activity 3.0737532678987645 0.5592664217787577 14 56 A0A097PJT9 BP 0044260 cellular macromolecule metabolic process 2.3417968540279666 0.5268985525275667 14 92 A0A097PJT9 CC 0043228 non-membrane-bounded organelle 0.7891915357672415 0.4336905295602828 14 25 A0A097PJT9 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 3.052455522658396 0.5583829554432617 15 56 A0A097PJT9 BP 0006139 nucleobase-containing compound metabolic process 2.282984533757382 0.524090643019679 15 92 A0A097PJT9 CC 0005737 cytoplasm 0.6550342054770654 0.4222164344057511 15 29 A0A097PJT9 MF 0016817 hydrolase activity, acting on acid anhydrides 3.0459199329535367 0.5581112305783955 16 56 A0A097PJT9 BP 0006725 cellular aromatic compound metabolic process 2.08642892924316 0.5144337945405811 16 92 A0A097PJT9 CC 0009507 chloroplast 0.23672977325528421 0.37534689150084444 16 4 A0A097PJT9 MF 0005524 ATP binding 2.9967306694000593 0.5560567038536832 17 92 A0A097PJT9 BP 0046483 heterocycle metabolic process 2.083688369766808 0.5142960048458186 17 92 A0A097PJT9 CC 0009536 plastid 0.22969772840003738 0.37428970035692877 17 4 A0A097PJT9 MF 0032559 adenyl ribonucleotide binding 2.9830112553821686 0.5554806723367502 18 92 A0A097PJT9 BP 1901360 organic cyclic compound metabolic process 2.0361227819942593 0.5118899081946229 18 92 A0A097PJT9 CC 0110165 cellular anatomical entity 0.028188629507352292 0.3290783101023982 18 89 A0A097PJT9 MF 0030554 adenyl nucleotide binding 2.9784156254973824 0.5552874214101464 19 92 A0A097PJT9 BP 0000727 double-strand break repair via break-induced replication 1.91757093086658 0.5057677115757211 19 12 A0A097PJT9 MF 0035639 purine ribonucleoside triphosphate binding 2.8340134785535778 0.5491373529738944 20 92 A0A097PJT9 BP 0034641 cellular nitrogen compound metabolic process 1.6554595648125674 0.49152109148414147 20 92 A0A097PJT9 MF 0032555 purine ribonucleotide binding 2.8153756775694387 0.5483322598204589 21 92 A0A097PJT9 BP 0043170 macromolecule metabolic process 1.5242864253127792 0.4839668169972523 21 92 A0A097PJT9 MF 0017076 purine nucleotide binding 2.8100323885587257 0.5481009557279494 22 92 A0A097PJT9 BP 0000724 double-strand break repair via homologous recombination 1.320011072402051 0.47152279892117666 22 12 A0A097PJT9 MF 0032553 ribonucleotide binding 2.7697973488408474 0.5463521224767238 23 92 A0A097PJT9 BP 0000725 recombinational repair 1.2534286834175072 0.4672610256784776 23 12 A0A097PJT9 MF 0097367 carbohydrate derivative binding 2.719582381960245 0.5441515903938897 24 92 A0A097PJT9 BP 0006302 double-strand break repair 1.2026517442053166 0.4639342765523506 24 12 A0A097PJT9 MF 0043168 anion binding 2.4797727288086753 0.5333507109815809 25 92 A0A097PJT9 BP 0006807 nitrogen compound metabolic process 1.0922967728653663 0.4564528798876365 25 92 A0A097PJT9 MF 0000166 nucleotide binding 2.4622958496751006 0.5325435469582892 26 92 A0A097PJT9 BP 0044238 primary metabolic process 0.97850978433417 0.44833133684370097 26 92 A0A097PJT9 MF 1901265 nucleoside phosphate binding 2.462295790640154 0.5325435442269497 27 92 A0A097PJT9 BP 0044237 cellular metabolic process 0.8874189595541744 0.441482635670757 27 92 A0A097PJT9 MF 0016787 hydrolase activity 2.4179250030830426 0.5304813312853831 28 91 A0A097PJT9 BP 0071704 organic substance metabolic process 0.8386612751872959 0.43767191136185407 28 92 A0A097PJT9 MF 0036094 small molecule binding 2.3028338033300506 0.5250423181982063 29 92 A0A097PJT9 BP 0006310 DNA recombination 0.7334157252105584 0.4290488362279407 29 12 A0A097PJT9 MF 0003676 nucleic acid binding 2.240707640630253 0.5220497844850859 30 92 A0A097PJT9 BP 0006281 DNA repair 0.7022354112896154 0.4263768559161331 30 12 A0A097PJT9 MF 0017116 single-stranded DNA helicase activity 1.819964164715441 0.5005835809435345 31 12 A0A097PJT9 BP 0006974 cellular response to DNA damage stimulus 0.6948505822828174 0.42573537755669594 31 12 A0A097PJT9 MF 0043167 ion binding 1.6347299640119215 0.4903477234454059 32 92 A0A097PJT9 BP 0033554 cellular response to stress 0.6635868905959028 0.4229811437123815 32 12 A0A097PJT9 MF 0043138 3'-5' DNA helicase activity 1.482019303060362 0.48146388841387755 33 12 A0A097PJT9 BP 0008152 metabolic process 0.6095672448135446 0.41806459149617115 33 92 A0A097PJT9 MF 1901363 heterocyclic compound binding 1.3088999788048419 0.4708192060212836 34 92 A0A097PJT9 BP 0006950 response to stress 0.5934156738833302 0.41655261011308237 34 12 A0A097PJT9 MF 0097159 organic cyclic compound binding 1.3084861214910593 0.4707929415683908 35 92 A0A097PJT9 BP 0051716 cellular response to stimulus 0.4331314376061128 0.40026007233309935 35 12 A0A097PJT9 MF 0003697 single-stranded DNA binding 1.1134697579484256 0.4579166030351051 36 12 A0A097PJT9 BP 0050896 response to stimulus 0.38708388700722357 0.3950377278501556 36 12 A0A097PJT9 MF 0005488 binding 0.8870008258258316 0.441450407278805 37 92 A0A097PJT9 BP 0009987 cellular process 0.3482044324364144 0.39038084953613744 37 92 A0A097PJT9 MF 0003824 catalytic activity 0.7267385497098879 0.42848149261127677 38 92 A0A097PJZ1 MF 0009982 pseudouridine synthase activity 8.61376411378947 0.7308505993913278 1 95 A0A097PJZ1 BP 0001522 pseudouridine synthesis 8.168280218317136 0.7196845522112708 1 95 A0A097PJZ1 MF 0016866 intramolecular transferase activity 7.254872363825889 0.6957943162990685 2 95 A0A097PJZ1 BP 0009451 RNA modification 5.6560209209014065 0.6500203082881184 2 95 A0A097PJZ1 MF 0016853 isomerase activity 5.280184547293863 0.6383500292491796 3 95 A0A097PJZ1 BP 0043412 macromolecule modification 3.671513982363077 0.5829205530702577 3 95 A0A097PJZ1 MF 0003723 RNA binding 3.6041723330352076 0.5803572318374299 4 95 A0A097PJZ1 BP 0016070 RNA metabolic process 3.587488604853207 0.5797184825710162 4 95 A0A097PJZ1 BP 0090304 nucleic acid metabolic process 2.742059026654338 0.5451390570213468 5 95 A0A097PJZ1 MF 0003676 nucleic acid binding 2.240681060507831 0.5220484953385439 5 95 A0A097PJZ1 BP 0006139 nucleobase-containing compound metabolic process 2.282957452130447 0.5240893417683828 6 95 A0A097PJZ1 MF 1901363 heterocyclic compound binding 1.3088844521377105 0.47081822073390217 6 95 A0A097PJZ1 BP 0006725 cellular aromatic compound metabolic process 2.0864041792332264 0.5144325505660514 7 95 A0A097PJZ1 MF 0097159 organic cyclic compound binding 1.3084705997332602 0.4707919564367893 7 95 A0A097PJZ1 BP 0046483 heterocycle metabolic process 2.0836636522664285 0.5142947616885479 8 95 A0A097PJZ1 MF 0005488 binding 0.8869903038861947 0.4414495961838455 8 95 A0A097PJZ1 BP 1901360 organic cyclic compound metabolic process 2.0360986287348917 0.5118886793084093 9 95 A0A097PJZ1 MF 0003824 catalytic activity 0.7267299288620496 0.4284807584376334 9 95 A0A097PJZ1 BP 0034641 cellular nitrogen compound metabolic process 1.6554399271244105 0.49151998340959413 10 95 A0A097PJZ1 BP 0043170 macromolecule metabolic process 1.5242683436500686 0.48396575372866996 11 95 A0A097PJZ1 BP 0000455 enzyme-directed rRNA pseudouridine synthesis 1.1013701616800882 0.4570818597258472 12 11 A0A097PJZ1 BP 0031118 rRNA pseudouridine synthesis 1.1004347591729229 0.4570171364129234 13 11 A0A097PJZ1 BP 0006807 nitrogen compound metabolic process 1.0922838156274752 0.4564519798099079 14 95 A0A097PJZ1 BP 0044238 primary metabolic process 0.9784981768806196 0.4483304849365245 15 95 A0A097PJZ1 BP 0044237 cellular metabolic process 0.8874084326544769 0.44148182438464423 16 95 A0A097PJZ1 BP 0000154 rRNA modification 0.8617465566979373 0.4394896031774146 17 11 A0A097PJZ1 BP 0071704 organic substance metabolic process 0.8386513266697112 0.4376711226779356 18 95 A0A097PJZ1 BP 0006364 rRNA processing 0.7433260264759296 0.42988615078846815 19 11 A0A097PJZ1 BP 0016072 rRNA metabolic process 0.7423884777444927 0.4298071779388627 20 11 A0A097PJZ1 BP 0042254 ribosome biogenesis 0.690424355249597 0.4253492614925656 21 11 A0A097PJZ1 BP 0022613 ribonucleoprotein complex biogenesis 0.6618581254656578 0.42282697123653634 22 11 A0A097PJZ1 BP 0008152 metabolic process 0.609560013896089 0.4180639191073236 23 95 A0A097PJZ1 BP 0034470 ncRNA processing 0.5865737625774355 0.41590592654787145 24 11 A0A097PJZ1 BP 0034660 ncRNA metabolic process 0.5255032591625581 0.4099578084184474 25 11 A0A097PJZ1 BP 0006396 RNA processing 0.5230130762266904 0.40970812162214104 26 11 A0A097PJZ1 BP 0044085 cellular component biogenesis 0.4984062724869014 0.4072081429891901 27 11 A0A097PJZ1 BP 0071840 cellular component organization or biogenesis 0.40724250466245304 0.39736018570831105 28 11 A0A097PJZ1 BP 0009987 cellular process 0.3482003019035978 0.3903803413452913 29 95 A0A097PJZ1 BP 0010467 gene expression 0.3015820746072424 0.3844387417898444 30 11 A0A097PK57 CC 0016021 integral component of membrane 0.90726946183931 0.4430040070089679 1 1 A0A097PK57 CC 0031224 intrinsic component of membrane 0.9041070157982544 0.44276275521789077 2 1 A0A097PK57 CC 0016020 membrane 0.7432503119973742 0.4298797749552743 3 1 A0A097PK57 CC 0110165 cellular anatomical entity 0.029000039026643575 0.3294266856412316 4 1 A0A097PKA9 MF 0004413 homoserine kinase activity 11.908658730482212 0.8057695843504231 1 89 A0A097PKA9 BP 0009088 threonine biosynthetic process 8.813857608714104 0.7357718182841739 1 88 A0A097PKA9 CC 0009570 chloroplast stroma 2.2496066035715874 0.5224809587805231 1 17 A0A097PKA9 MF 0019202 amino acid kinase activity 9.684561694205465 0.756562812788795 2 89 A0A097PKA9 BP 0006566 threonine metabolic process 8.66482906549562 0.7321119064567654 2 89 A0A097PKA9 CC 0009532 plastid stroma 2.220538535213881 0.5210693664996403 2 17 A0A097PKA9 BP 0009067 aspartate family amino acid biosynthetic process 6.788119622992759 0.6830043715533053 3 88 A0A097PKA9 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.712478000384258 0.6199036836415801 3 89 A0A097PKA9 CC 0009507 chloroplast 1.1977477974262154 0.46360929715736837 3 17 A0A097PKA9 BP 0009066 aspartate family amino acid metabolic process 6.651667660488375 0.679182810490392 4 89 A0A097PKA9 MF 0016301 kinase activity 4.321815999757318 0.6065559583568354 4 90 A0A097PKA9 CC 0009536 plastid 1.1621687651779506 0.46123130857115247 4 17 A0A097PKA9 BP 1901607 alpha-amino acid biosynthetic process 5.138466855022326 0.6338420699988228 5 88 A0A097PKA9 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660004835854608 0.5824841398541611 5 90 A0A097PKA9 CC 0043231 intracellular membrane-bounded organelle 0.5572728784238189 0.41309283365022115 5 17 A0A097PKA9 BP 0008652 cellular amino acid biosynthetic process 4.8252989409647 0.6236544961029965 6 88 A0A097PKA9 MF 0005524 ATP binding 2.9654720899351767 0.5547423297983503 6 89 A0A097PKA9 CC 0043227 membrane-bounded organelle 0.5525017269291167 0.41262782777817614 6 17 A0A097PKA9 BP 1901605 alpha-amino acid metabolic process 4.624909344391485 0.6169613467981259 7 89 A0A097PKA9 MF 0032559 adenyl ribonucleotide binding 2.9518957816683864 0.5541693104186282 7 89 A0A097PKA9 CC 0005737 cytoplasm 0.40572357681988314 0.3971872228961205 7 17 A0A097PKA9 BP 0046394 carboxylic acid biosynthetic process 4.33388425620794 0.6069771164494631 8 88 A0A097PKA9 MF 0030554 adenyl nucleotide binding 2.947348088311034 0.5539770700240699 8 89 A0A097PKA9 CC 0043229 intracellular organelle 0.37645912504794676 0.39378929672946617 8 17 A0A097PKA9 BP 0016053 organic acid biosynthetic process 4.306708884343138 0.6060279205068155 9 88 A0A097PKA9 MF 0035639 purine ribonucleoside triphosphate binding 2.80445218483156 0.5478591610260473 9 89 A0A097PKA9 CC 0043226 organelle 0.3695031457475561 0.3929623906424563 9 17 A0A097PKA9 BP 0006520 cellular amino acid metabolic process 3.999018534086342 0.5950643706016352 10 89 A0A097PKA9 MF 0032555 purine ribonucleotide binding 2.786008792770806 0.5470582778003232 10 89 A0A097PKA9 CC 0005622 intracellular anatomical structure 0.2511185771209104 0.3774622361268759 10 17 A0A097PKA9 BP 0016310 phosphorylation 3.860612863429372 0.589995382760037 11 88 A0A097PKA9 MF 0017076 purine nucleotide binding 2.780721239040494 0.5468281832243829 11 89 A0A097PKA9 CC 0110165 cellular anatomical entity 0.00593649759775742 0.31588746693016 11 17 A0A097PKA9 BP 0044283 small molecule biosynthetic process 3.8073420130433604 0.5880202145182615 12 88 A0A097PKA9 MF 0032553 ribonucleotide binding 2.740905886750364 0.5450884948299177 12 89 A0A097PKA9 BP 0019752 carboxylic acid metabolic process 3.3793776606137063 0.5716223752213838 13 89 A0A097PKA9 MF 0097367 carbohydrate derivative binding 2.6912147068582257 0.5428994695906778 13 89 A0A097PKA9 BP 0043436 oxoacid metabolic process 3.3547443489515985 0.5706477567093216 14 89 A0A097PKA9 MF 0043168 anion binding 2.4539064827393107 0.5321550692595182 14 89 A0A097PKA9 BP 0048573 photoperiodism, flowering 3.332545576912414 0.5697663911171454 15 17 A0A097PKA9 MF 0000166 nucleotide binding 2.436611903076547 0.5313521259927623 15 89 A0A097PKA9 BP 0006082 organic acid metabolic process 3.325791348107845 0.5694976435390082 16 89 A0A097PKA9 MF 1901265 nucleoside phosphate binding 2.4366118446573877 0.5313521232757052 16 89 A0A097PKA9 BP 0010228 vegetative to reproductive phase transition of meristem 3.078222597184079 0.55945142815171 17 17 A0A097PKA9 MF 0016740 transferase activity 2.3012453846475207 0.5249663126634191 17 90 A0A097PKA9 BP 0009648 photoperiodism 3.0477629776429347 0.5581878868272903 18 17 A0A097PKA9 MF 0036094 small molecule binding 2.278813188407649 0.5238901220487046 18 89 A0A097PKA9 BP 0006796 phosphate-containing compound metabolic process 2.983845438989295 0.5555157346420453 19 88 A0A097PKA9 MF 0043167 ion binding 1.6176782693082663 0.48937694945216353 19 89 A0A097PKA9 BP 0006793 phosphorus metabolic process 2.9438929187983027 0.5538309137035012 20 88 A0A097PKA9 MF 1901363 heterocyclic compound binding 1.2952469820851715 0.4699505489648399 20 89 A0A097PKA9 BP 0044281 small molecule metabolic process 2.570591377964785 0.5375000877261147 21 89 A0A097PKA9 MF 0097159 organic cyclic compound binding 1.2948374416730921 0.46992442185189054 21 89 A0A097PKA9 BP 0009620 response to fungus 2.363183620443884 0.5279108751767333 22 17 A0A097PKA9 MF 0005488 binding 0.8777486143800018 0.4407353231587964 22 89 A0A097PKA9 BP 1901566 organonitrogen compound biosynthetic process 2.2962711399650346 0.5247281261446555 23 88 A0A097PKA9 MF 0003824 catalytic activity 0.7267283525588495 0.4284806241951152 23 90 A0A097PKA9 BP 0048608 reproductive structure development 2.2104452500547938 0.5205770613676108 24 17 A0A097PKA9 BP 0061458 reproductive system development 2.209355566693853 0.520523844342624 25 17 A0A097PKA9 BP 0009791 post-embryonic development 2.172382766010013 0.5187103566444852 26 17 A0A097PKA9 BP 0009617 response to bacterium 2.0262817662458428 0.5113886052230063 27 17 A0A097PKA9 BP 0009416 response to light stimulus 1.9745665453938954 0.50873398113844 28 17 A0A097PKA9 BP 0003006 developmental process involved in reproduction 1.945181875193089 0.5072101164929074 29 17 A0A097PKA9 BP 0009314 response to radiation 1.9443586824211267 0.5071672612444588 30 17 A0A097PKA9 BP 0044249 cellular biosynthetic process 1.84987725468729 0.5021867999529648 31 88 A0A097PKA9 BP 1901576 organic substance biosynthetic process 1.8154217925022178 0.500338979419225 32 88 A0A097PKA9 BP 0009058 biosynthetic process 1.7592352959706112 0.49728771537759164 33 88 A0A097PKA9 BP 0009628 response to abiotic stimulus 1.6261102460862595 0.48985762842142494 34 17 A0A097PKA9 BP 0022414 reproductive process 1.6155870952342049 0.48925754482628603 35 17 A0A097PKA9 BP 1901564 organonitrogen compound metabolic process 1.604126073457615 0.48860175141022955 36 89 A0A097PKA9 BP 0000003 reproduction 1.5967701110502577 0.48817961227906775 37 17 A0A097PKA9 BP 0048731 system development 1.45909859634481 0.4800916590681595 38 17 A0A097PKA9 BP 0007275 multicellular organism development 1.430608562598061 0.47837088860715093 39 17 A0A097PKA9 BP 0051707 response to other organism 1.387643362375247 0.47574309548968013 40 17 A0A097PKA9 BP 0043207 response to external biotic stimulus 1.3876070287244 0.47574085620365003 41 17 A0A097PKA9 BP 0009607 response to biotic stimulus 1.3751701042442543 0.47497262350297476 42 17 A0A097PKA9 BP 0048856 anatomical structure development 1.282912230705484 0.46916181890169206 43 17 A0A097PKA9 BP 0032501 multicellular organismal process 1.2721887517131312 0.46847303300579746 44 17 A0A097PKA9 BP 0032502 developmental process 1.2454832625821581 0.4667449735238651 45 17 A0A097PKA9 BP 0044419 biological process involved in interspecies interaction between organisms 1.1336983837342096 0.45930209692046126 46 17 A0A097PKA9 BP 0009605 response to external stimulus 1.1317039683262358 0.45916604815421663 47 17 A0A097PKA9 BP 0006807 nitrogen compound metabolic process 1.0809031411911918 0.45565934605667696 48 89 A0A097PKA9 BP 0044238 primary metabolic process 0.9683030526571795 0.4475802715258248 49 89 A0A097PKA9 BP 0044237 cellular metabolic process 0.8874065078338569 0.4414816760422299 50 90 A0A097PKA9 BP 0071704 organic substance metabolic process 0.8299132884622127 0.4369765854457257 51 89 A0A097PKA9 BP 0050896 response to stimulus 0.6192663117094569 0.4189629267103856 52 17 A0A097PKA9 BP 0008152 metabolic process 0.6095586917386239 0.41806379616205996 53 90 A0A097PKA9 BP 0009987 cellular process 0.348199546644693 0.39038024842337893 54 90 A0A097PKA9 BP 0009086 methionine biosynthetic process 0.08060371508841922 0.34592343204244097 55 1 A0A097PKA9 BP 0006555 methionine metabolic process 0.0796649401301551 0.345682668524166 56 1 A0A097PKA9 BP 0000097 sulfur amino acid biosynthetic process 0.07543274710332443 0.34457921293718413 57 1 A0A097PKA9 BP 0000096 sulfur amino acid metabolic process 0.07163362376768177 0.34356199371158136 58 1 A0A097PKA9 BP 0006952 defense response 0.0708215031317927 0.34334107378668083 59 1 A0A097PKA9 BP 0044272 sulfur compound biosynthetic process 0.06073773139245918 0.3404845779695175 60 1 A0A097PKA9 BP 0006790 sulfur compound metabolic process 0.0544463932002979 0.3385806063360385 61 1 A0A097PKA9 BP 0006950 response to stress 0.04608231739446712 0.33586978249715976 62 1 A0A097PKI7 CC 0016021 integral component of membrane 0.9111385570328435 0.4432985953877806 1 56 A0A097PKI7 CC 0031224 intrinsic component of membrane 0.9079626245852769 0.44305682972891647 2 56 A0A097PKI7 CC 0016020 membrane 0.7464199394682596 0.4301464086397331 3 56 A0A097PKI7 CC 0110165 cellular anatomical entity 0.029123711117824504 0.3294793536325212 4 56 A0A097PKM1 CC 0009507 chloroplast 5.681120388837897 0.650785666277419 1 25 A0A097PKM1 MF 0003729 mRNA binding 4.772027710398275 0.6218889832567255 1 25 A0A097PKM1 BP 0032259 methylation 0.16503027791334626 0.36368593010590067 1 1 A0A097PKM1 CC 0009536 plastid 5.512363021088956 0.6456066882126827 2 25 A0A097PKM1 MF 0003723 RNA binding 3.4845031333988485 0.5757422825715082 2 25 A0A097PKM1 BP 0008152 metabolic process 0.0202263923829102 0.3253502745663246 2 1 A0A097PKM1 CC 0005634 nucleus 3.8080244325721826 0.5880456042237052 3 25 A0A097PKM1 MF 0003676 nucleic acid binding 2.1662838107721316 0.5184097289171957 3 25 A0A097PKM1 CC 0043231 intracellular membrane-bounded organelle 2.6432395188394993 0.5407667797579192 4 25 A0A097PKM1 MF 1901363 heterocyclic compound binding 1.2654256104591033 0.46803713222146914 4 25 A0A097PKM1 CC 0043227 membrane-bounded organelle 2.620609140313208 0.5397540519318673 5 25 A0A097PKM1 MF 0097159 organic cyclic compound binding 1.2650254991806125 0.46801130763129917 5 25 A0A097PKM1 CC 0005737 cytoplasm 1.9244155484624625 0.506126239563906 6 25 A0A097PKM1 MF 0005488 binding 0.8575395978868281 0.43916018609176444 6 25 A0A097PKM1 CC 0043229 intracellular organelle 1.7856093039534189 0.4987259580046497 7 25 A0A097PKM1 MF 0008168 methyltransferase activity 0.1739764077168126 0.36526361583450806 7 1 A0A097PKM1 CC 0043226 organelle 1.7526159176055573 0.4969250542866738 8 25 A0A097PKM1 MF 0016741 transferase activity, transferring one-carbon groups 0.16926613572575475 0.36443813447163814 8 1 A0A097PKM1 CC 0005622 intracellular anatomical structure 1.1910978851835046 0.4631675498556068 9 25 A0A097PKM1 MF 0016740 transferase activity 0.07635998428056298 0.3448235666782813 9 1 A0A097PKM1 CC 0110165 cellular anatomical entity 0.02815781219834344 0.32906498062568823 10 25 A0A097PKM1 MF 0003824 catalytic activity 0.024114319119485375 0.327247797111223 10 1 A0A097PKR0 BP 0052546 cell wall pectin metabolic process 5.513247922261511 0.6456340500374762 1 28 A0A097PKR0 MF 0008168 methyltransferase activity 5.243148175540584 0.6371778228857515 1 95 A0A097PKR0 CC 0000139 Golgi membrane 2.5072918548028325 0.5346159291273276 1 28 A0A097PKR0 MF 0016741 transferase activity, transferring one-carbon groups 5.101194135217976 0.632646154117663 2 95 A0A097PKR0 BP 0032259 methylation 4.9735375727423925 0.6285167561872467 2 95 A0A097PKR0 CC 0005794 Golgi apparatus 2.143224664695466 0.5172692624411185 2 28 A0A097PKR0 BP 0009664 plant-type cell wall organization 3.9661127660540307 0.5938672770062818 3 28 A0A097PKR0 MF 0008757 S-adenosylmethionine-dependent methyltransferase activity 2.633624613947284 0.540337036734116 3 36 A0A097PKR0 CC 0098588 bounding membrane of organelle 2.032939148639953 0.5117278662121167 3 28 A0A097PKR0 BP 0071669 plant-type cell wall organization or biogenesis 3.7535815480412236 0.5860128328402653 4 28 A0A097PKR0 MF 0016740 transferase activity 2.301270140699952 0.5249674974370543 4 95 A0A097PKR0 CC 0012505 endomembrane system 1.673672481831674 0.4925459578520561 4 28 A0A097PKR0 BP 0045488 pectin metabolic process 3.3620818717723266 0.5709384393468584 5 28 A0A097PKR0 CC 0031090 organelle membrane 1.2921042162793586 0.46974994661006825 5 28 A0A097PKR0 MF 0003824 catalytic activity 0.7267361704670654 0.4284812899892547 5 95 A0A097PKR0 BP 0010393 galacturonan metabolic process 3.362073959004946 0.5709381260463264 6 28 A0A097PKR0 CC 0016021 integral component of membrane 0.9111818027134443 0.44330188452499364 6 95 A0A097PKR0 BP 0071555 cell wall organization 2.078198206520901 0.5140196978690931 7 28 A0A097PKR0 CC 0031224 intrinsic component of membrane 0.9080057195255109 0.4430601131286945 7 95 A0A097PKR0 BP 0042546 cell wall biogenesis 2.0596892704763503 0.5130854872034608 8 28 A0A097PKR0 CC 0043231 intracellular membrane-bounded organelle 0.843869469335213 0.4380841586425205 8 28 A0A097PKR0 BP 0005976 polysaccharide metabolic process 2.016675240430778 0.5108980716714192 9 28 A0A097PKR0 CC 0043227 membrane-bounded organelle 0.8366445904009647 0.4375119398443045 9 28 A0A097PKR0 BP 0045229 external encapsulating structure organization 2.01061985277906 0.5105882677107538 10 28 A0A097PKR0 CC 0005737 cytoplasm 0.7849772492900546 0.43334566353310244 10 36 A0A097PKR0 BP 0071554 cell wall organization or biogenesis 1.9226513823869045 0.5060338918337357 11 28 A0A097PKR0 CC 0016020 membrane 0.7464553670528428 0.4301493856572832 11 95 A0A097PKR0 BP 0044085 cellular component biogenesis 1.3639167623914898 0.4742745017924873 12 28 A0A097PKR0 CC 0043229 intracellular organelle 0.5700660742348287 0.41432994958375136 12 28 A0A097PKR0 BP 0005975 carbohydrate metabolic process 1.2549670961555341 0.4673607558292134 13 28 A0A097PKR0 CC 0043226 organelle 0.5595327452532894 0.41331238994463254 13 28 A0A097PKR0 BP 0016043 cellular component organization 1.207605824309038 0.4642619061622806 14 28 A0A097PKR0 CC 0005622 intracellular anatomical structure 0.4858538699157608 0.4059090735734143 14 36 A0A097PKR0 BP 0071840 cellular component organization or biogenesis 1.1144419906593608 0.457983479431904 15 28 A0A097PKR0 CC 0110165 cellular anatomical entity 0.029125093426474694 0.3294799416810069 15 95 A0A097PKR0 BP 0008152 metabolic process 0.6095652491735821 0.4180644059259193 16 95 A0A097PKR0 BP 0043170 macromolecule metabolic process 0.47047385819666065 0.40429427278370245 17 28 A0A097PKR0 BP 0044238 primary metabolic process 0.30201887642239816 0.3844964664153024 18 28 A0A097PKR0 BP 0071704 organic substance metabolic process 0.2588543723182041 0.37857446842962456 19 28 A0A097PKR0 BP 0009987 cellular process 0.10747394980961189 0.352301235097359 20 28 A0A097PKZ8 CC 0005737 cytoplasm 1.9905209282555452 0.5095566141261951 1 82 A0A097PKZ8 BP 0090630 activation of GTPase activity 1.4660846765767417 0.4805110402666867 1 9 A0A097PKZ8 MF 0005096 GTPase activator activity 1.0244116075008811 0.45166159667547634 1 9 A0A097PKZ8 CC 0005622 intracellular anatomical structure 1.2320131532677296 0.4658663196541687 2 82 A0A097PKZ8 BP 0043547 positive regulation of GTPase activity 1.1625619173907402 0.4612577829647114 2 9 A0A097PKZ8 MF 0008047 enzyme activator activity 0.9688534811767064 0.44762087565428554 2 9 A0A097PKZ8 BP 0051345 positive regulation of hydrolase activity 1.1200709445360244 0.4583701029038856 3 9 A0A097PKZ8 MF 0030695 GTPase regulator activity 0.8877294917530322 0.4415065655727416 3 9 A0A097PKZ8 CC 0016021 integral component of membrane 0.6211064063630181 0.41913256184149583 3 54 A0A097PKZ8 BP 0043087 regulation of GTPase activity 1.080481163135177 0.4556298763718617 4 9 A0A097PKZ8 MF 0060589 nucleoside-triphosphatase regulator activity 0.8877294917530322 0.4415065655727416 4 9 A0A097PKZ8 CC 0031224 intrinsic component of membrane 0.6189414315914711 0.4189329504123055 4 54 A0A097PKZ8 BP 0043085 positive regulation of catalytic activity 1.0275601714889702 0.4518872691434582 5 9 A0A097PKZ8 MF 0030234 enzyme regulator activity 0.7556845815163492 0.4309225346738547 5 9 A0A097PKZ8 CC 0016020 membrane 0.5088207525215297 0.408273588709871 5 54 A0A097PKZ8 BP 0044093 positive regulation of molecular function 0.9959447373938771 0.44960528884849105 6 9 A0A097PKZ8 MF 0098772 molecular function regulator activity 0.7145435820018018 0.4274385470057686 6 9 A0A097PKZ8 CC 0110165 cellular anatomical entity 0.02912505800499937 0.3294799266125169 6 82 A0A097PKZ8 BP 0051336 regulation of hydrolase activity 0.8977917020126996 0.4422797164018077 7 9 A0A097PKZ8 BP 0050790 regulation of catalytic activity 0.6972141111340187 0.4259410532517883 8 9 A0A097PKZ8 BP 0065009 regulation of molecular function 0.6881704992278158 0.42515217375390124 9 9 A0A097PKZ8 BP 0065007 biological regulation 0.2648487505406773 0.3794249409608273 10 9 A0A097PL40 MF 0046905 15-cis-phytoene synthase activity 16.445664464167184 0.8591999911760031 1 96 A0A097PL40 CC 0010287 plastoglobule 16.35561178500027 0.8586895520324649 1 96 A0A097PL40 BP 0016120 carotene biosynthetic process 13.46674785812762 0.8375414245934891 1 96 A0A097PL40 MF 0016767 geranylgeranyl-diphosphate geranylgeranyltransferase activity 13.892500485147211 0.8441387121614945 2 96 A0A097PL40 BP 0046246 terpene biosynthetic process 13.14122807808753 0.831062078059811 2 96 A0A097PL40 CC 0009570 chloroplast stroma 10.923193808731128 0.7845897081593132 2 96 A0A097PL40 BP 0016119 carotene metabolic process 13.10097547049784 0.8302553157218799 3 96 A0A097PL40 MF 0004337 geranyltranstransferase activity 12.844654588874258 0.8250886686731558 3 96 A0A097PL40 CC 0009532 plastid stroma 10.782050844529046 0.7814792038640523 3 96 A0A097PL40 BP 0042214 terpene metabolic process 12.76759633632143 0.8235253504432085 4 96 A0A097PL40 MF 0004311 farnesyltranstransferase activity 10.815863405178419 0.7822262095486622 4 96 A0A097PL40 CC 0009507 chloroplast 5.815786326594077 0.6548634700465428 4 96 A0A097PL40 BP 0016109 tetraterpenoid biosynthetic process 10.674254074246267 0.7790898456095967 5 95 A0A097PL40 MF 0004659 prenyltransferase activity 9.140140187776902 0.7436782923841543 5 96 A0A097PL40 CC 0009536 plastid 5.643028714592995 0.6496234699334227 5 96 A0A097PL40 BP 0016117 carotenoid biosynthetic process 10.674254074246267 0.7790898456095967 6 95 A0A097PL40 MF 0016765 transferase activity, transferring alkyl or aryl (other than methyl) groups 6.899900382945552 0.6861064443210896 6 97 A0A097PL40 CC 0043231 intracellular membrane-bounded organelle 2.7058951754980147 0.5435482702906422 6 96 A0A097PL40 BP 0016108 tetraterpenoid metabolic process 10.529611076018183 0.7758647392368558 7 95 A0A097PL40 MF 0016462 pyrophosphatase activity 5.0115300460821075 0.6297512089236879 7 96 A0A097PL40 CC 0043227 membrane-bounded organelle 2.682728363849833 0.5425236098544057 7 96 A0A097PL40 BP 0016116 carotenoid metabolic process 10.529611076018183 0.7758647392368558 8 95 A0A097PL40 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 4.976805629096331 0.628623126915111 8 96 A0A097PL40 CC 0005737 cytoplasm 1.970032118210826 0.5084995729866075 8 96 A0A097PL40 BP 0120251 hydrocarbon biosynthetic process 10.485933153722744 0.7748865035464787 9 96 A0A097PL40 MF 0016817 hydrolase activity, acting on acid anhydrides 4.966149827761581 0.6282761664039713 9 96 A0A097PL40 CC 0043229 intracellular organelle 1.8279355943547804 0.5010120965534361 9 96 A0A097PL40 BP 0120252 hydrocarbon metabolic process 10.216535592073305 0.768807345933142 10 96 A0A097PL40 MF 0016787 hydrolase activity 2.4168178320867835 0.5304296325842023 10 96 A0A097PL40 CC 0043226 organelle 1.7941601289436029 0.4991899734303112 10 96 A0A097PL40 BP 0016114 terpenoid biosynthetic process 8.118150266100033 0.7184091814139464 11 95 A0A097PL40 MF 0016740 transferase activity 2.301259725856054 0.5249669990048719 11 97 A0A097PL40 CC 0005622 intracellular anatomical structure 1.2193318078412236 0.46503471638415944 11 96 A0A097PL40 BP 0006721 terpenoid metabolic process 8.04925089814036 0.7166498496850425 12 95 A0A097PL40 MF 0003824 catalytic activity 0.726732881481719 0.4284810098908324 12 97 A0A097PL40 CC 0031969 chloroplast membrane 0.11238569365505027 0.3533768124958606 12 1 A0A097PL40 BP 0008299 isoprenoid biosynthetic process 7.531389990164904 0.7031778493445354 13 96 A0A097PL40 CC 0009941 chloroplast envelope 0.1107839095477675 0.3530286829569353 13 1 A0A097PL40 BP 0046148 pigment biosynthetic process 7.505312656624162 0.702487389131573 14 95 A0A097PL40 CC 0042170 plastid membrane 0.07522835954777192 0.34452514925872924 14 1 A0A097PL40 BP 0006720 isoprenoid metabolic process 7.467191008390969 0.70147586458547 15 96 A0A097PL40 CC 0009526 plastid envelope 0.07507882827775922 0.34448554938332676 15 1 A0A097PL40 BP 0042440 pigment metabolic process 7.425386055596777 0.7003636339437693 16 95 A0A097PL40 CC 0016021 integral component of membrane 0.05650950885253568 0.33921655016826513 16 6 A0A097PL40 BP 0008610 lipid biosynthetic process 5.222975088273269 0.6365375998964988 17 96 A0A097PL40 CC 0031224 intrinsic component of membrane 0.05631253509769288 0.3391563409253807 17 6 A0A097PL40 BP 0044255 cellular lipid metabolic process 4.9816972555911985 0.6287822773733847 18 96 A0A097PL40 CC 0016020 membrane 0.0539592726621979 0.3384287044504829 18 7 A0A097PL40 BP 0006629 lipid metabolic process 4.627506103218531 0.6170489975562599 19 96 A0A097PL40 CC 0031967 organelle envelope 0.04759930431226486 0.33637866848192416 19 1 A0A097PL40 BP 0044249 cellular biosynthetic process 1.8744007036538772 0.5034915114162646 20 96 A0A097PL40 CC 0031975 envelope 0.043361104060269266 0.3349354740552686 20 1 A0A097PL40 BP 1901576 organic substance biosynthetic process 1.8394884723689229 0.5016314831165726 21 96 A0A097PL40 CC 0031090 organelle membrane 0.04299098006574986 0.3348061547256605 21 1 A0A097PL40 BP 0009058 biosynthetic process 1.8010901868471407 0.49956522638199397 22 97 A0A097PL40 CC 0110165 cellular anatomical entity 0.02882526825019943 0.3293520644881861 22 96 A0A097PL40 BP 0044238 primary metabolic process 0.9684334489130175 0.44758989166757424 23 96 A0A097PL40 BP 0044237 cellular metabolic process 0.8782806440884352 0.440776544454003 24 96 A0A097PL40 BP 0071704 organic substance metabolic process 0.8300250484997224 0.4369854916403216 25 96 A0A097PL40 BP 0008152 metabolic process 0.6095624904679423 0.4180641493993372 26 97 A0A097PL40 BP 0009987 cellular process 0.3446187507063653 0.38993855293171237 27 96 A0A097PL77 MF 0016810 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds 5.883281590309472 0.6568895244037765 1 7 A0A097PL77 BP 0006807 nitrogen compound metabolic process 1.0918293381598307 0.45642040604215783 1 7 A0A097PL77 MF 0016811 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides 5.209373014335303 0.6361052196875477 2 5 A0A097PL77 BP 0008152 metabolic process 0.609306388155664 0.4180403324229349 2 7 A0A097PL77 MF 0016787 hydrolase activity 2.4409192780463025 0.5315523722067312 3 7 A0A097PL77 MF 0080061 indole-3-acetonitrile nitrilase activity 2.074875126204609 0.5138522777327008 4 1 A0A097PL77 MF 0016746 acyltransferase activity 1.8915525193949456 0.5043989670191221 5 2 A0A097PL77 MF 0000257 nitrilase activity 1.5686570564418834 0.486557250246578 6 1 A0A097PL77 MF 0016815 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in nitriles 1.5663472602087902 0.48642331149544993 7 1 A0A097PL77 MF 0016740 transferase activity 0.8403084088248721 0.43780242595682145 8 2 A0A097PL77 MF 0003824 catalytic activity 0.7264275510615136 0.4284550044084357 9 7 A0A097PLG6 CC 0016593 Cdc73/Paf1 complex 12.913227261245101 0.82647589717993 1 64 A0A097PLG6 BP 0006368 transcription elongation by RNA polymerase II promoter 11.853927998736872 0.8046168312374463 1 64 A0A097PLG6 MF 0000993 RNA polymerase II complex binding 0.1470526753904565 0.3603804942270093 1 1 A0A097PLG6 CC 0008023 transcription elongation factor complex 11.37675099245708 0.7944514637487186 2 64 A0A097PLG6 BP 0006354 DNA-templated transcription elongation 10.673513870038972 0.779073397085657 2 64 A0A097PLG6 MF 0001099 basal RNA polymerase II transcription machinery binding 0.13986891037029978 0.3590034237603252 2 1 A0A097PLG6 CC 0016591 RNA polymerase II, holoenzyme 9.853190205191325 0.7604797749172916 3 64 A0A097PLG6 BP 0006366 transcription by RNA polymerase II 9.643989686808343 0.7556153139188864 3 64 A0A097PLG6 MF 0001098 basal transcription machinery binding 0.1398636568703919 0.35900240392786265 3 1 A0A097PLG6 CC 0055029 nuclear DNA-directed RNA polymerase complex 9.474079026371355 0.7516254826882758 4 64 A0A097PLG6 BP 0016570 histone modification 8.523778992453883 0.7286188288447033 4 64 A0A097PLG6 MF 0043175 RNA polymerase core enzyme binding 0.1361769113659405 0.35828193043745793 4 1 A0A097PLG6 CC 0005654 nucleoplasm 7.291835773058143 0.6967893587905897 5 64 A0A097PLG6 BP 0006351 DNA-templated transcription 5.624625663530359 0.6490605782450092 5 64 A0A097PLG6 MF 0070063 RNA polymerase binding 0.11428944565348514 0.3537873604331121 5 1 A0A097PLG6 CC 0000428 DNA-directed RNA polymerase complex 7.127873582793622 0.6923560896735421 6 64 A0A097PLG6 BP 0097659 nucleic acid-templated transcription 5.532079555673559 0.6462158188948908 6 64 A0A097PLG6 MF 0019899 enzyme binding 0.08931868137292352 0.3480948076632747 6 1 A0A097PLG6 CC 0030880 RNA polymerase complex 7.126624705383864 0.6923221275012512 7 64 A0A097PLG6 BP 0032774 RNA biosynthetic process 5.39911938273737 0.642086795697501 7 64 A0A097PLG6 MF 0005515 protein binding 0.054662011350106135 0.33864762689459665 7 1 A0A097PLG6 CC 0061695 transferase complex, transferring phosphorus-containing groups 6.632311385537553 0.6786375432257954 8 64 A0A097PLG6 BP 0036211 protein modification process 4.205923578033975 0.6024812200805038 8 64 A0A097PLG6 MF 0005488 binding 0.009633993328636466 0.31895180222664404 8 1 A0A097PLG6 CC 0031981 nuclear lumen 6.307945047146913 0.6693788419236852 9 64 A0A097PLG6 BP 0034654 nucleobase-containing compound biosynthetic process 3.7761845866317265 0.5868585559350277 9 64 A0A097PLG6 CC 0140513 nuclear protein-containing complex 6.154541644371643 0.6649172228946767 10 64 A0A097PLG6 BP 0043412 macromolecule modification 3.6714462484525145 0.582917986683058 10 64 A0A097PLG6 CC 1990234 transferase complex 6.071737700994771 0.6624858141676118 11 64 A0A097PLG6 BP 0016070 RNA metabolic process 3.5874224210844754 0.5797159457206451 11 64 A0A097PLG6 CC 0070013 intracellular organelle lumen 6.025791467383979 0.6611295197349893 12 64 A0A097PLG6 BP 0019438 aromatic compound biosynthetic process 3.381655010615436 0.5717122990706713 12 64 A0A097PLG6 CC 0043233 organelle lumen 6.025766612796775 0.6611287846516594 13 64 A0A097PLG6 BP 0018130 heterocycle biosynthetic process 3.324709469512501 0.5694545707520662 13 64 A0A097PLG6 CC 0031974 membrane-enclosed lumen 6.025763506003483 0.661128692767027 14 64 A0A097PLG6 BP 1901362 organic cyclic compound biosynthetic process 3.249410570836409 0.5664392844824155 14 64 A0A097PLG6 CC 0140535 intracellular protein-containing complex 5.518031808836843 0.6457819334807687 15 64 A0A097PLG6 BP 0009059 macromolecule biosynthetic process 2.7640707979272343 0.5461021855649444 15 64 A0A097PLG6 CC 1902494 catalytic complex 4.647786602028989 0.6177326993175654 16 64 A0A097PLG6 BP 0090304 nucleic acid metabolic process 2.742008439789693 0.5451368391416417 16 64 A0A097PLG6 CC 0005634 nucleus 3.938731743521943 0.5928673800032593 17 64 A0A097PLG6 BP 0010467 gene expression 2.6737931914779574 0.5421272284462282 17 64 A0A097PLG6 CC 0032991 protein-containing complex 2.7929628137122733 0.5473605586410952 18 64 A0A097PLG6 BP 0044271 cellular nitrogen compound biosynthetic process 2.3883690425539164 0.5290971480632629 18 64 A0A097PLG6 CC 0043231 intracellular membrane-bounded organelle 2.733966544314565 0.5447839978266893 19 64 A0A097PLG6 BP 0019538 protein metabolic process 2.3653106429104223 0.5280113049017138 19 64 A0A097PLG6 CC 0043227 membrane-bounded organelle 2.710559396632686 0.5437540361123041 20 64 A0A097PLG6 BP 0006139 nucleobase-containing compound metabolic process 2.282915334999306 0.5240873180573657 20 64 A0A097PLG6 BP 0006725 cellular aromatic compound metabolic process 2.0863656882143298 0.5144306159320814 21 64 A0A097PLG6 CC 0043229 intracellular organelle 1.8468988767120098 0.5020277550008472 21 64 A0A097PLG6 BP 0046483 heterocycle metabolic process 2.0836252118061327 0.5142928283255828 22 64 A0A097PLG6 CC 0043226 organelle 1.81277301947668 0.5001962047727465 22 64 A0A097PLG6 BP 1901360 organic cyclic compound metabolic process 2.0360610657777363 0.5118867681398468 23 64 A0A097PLG6 CC 0005622 intracellular anatomical structure 1.2319813417912455 0.4658642389248884 23 64 A0A097PLG6 BP 0044249 cellular biosynthetic process 1.8938460221343265 0.504519997594082 24 64 A0A097PLG6 CC 0110165 cellular anatomical entity 0.02912430597479955 0.3294796066925797 24 64 A0A097PLG6 BP 1901576 organic substance biosynthetic process 1.8585716060428494 0.5026503460796814 25 64 A0A097PLG6 BP 0009058 biosynthetic process 1.8010496419858157 0.49956303303595745 26 64 A0A097PLG6 BP 0034641 cellular nitrogen compound metabolic process 1.655409386747742 0.49151826012779937 27 64 A0A097PLG6 BP 1901564 organonitrogen compound metabolic process 1.6209857819442268 0.48956564872945274 28 64 A0A097PLG6 BP 0043170 macromolecule metabolic process 1.5242402231918166 0.48396410012928415 29 64 A0A097PLG6 BP 0009911 positive regulation of flower development 1.519387740174965 0.48367852525266375 30 6 A0A097PLG6 BP 0048582 positive regulation of post-embryonic development 1.3086814319435192 0.47080533699108673 31 6 A0A097PLG6 BP 0010228 vegetative to reproductive phase transition of meristem 1.2877952491492184 0.46947450879800234 32 6 A0A097PLG6 BP 0009909 regulation of flower development 1.1488727600365742 0.46033332019449275 33 6 A0A097PLG6 BP 0048831 regulation of shoot system development 1.147120386075481 0.46021458125990894 34 6 A0A097PLG6 BP 2000243 positive regulation of reproductive process 1.131980724406984 0.45918493419068873 35 6 A0A097PLG6 BP 0051568 histone H3-K4 methylation 1.1092951870870198 0.45762911691748936 36 6 A0A097PLG6 BP 0006807 nitrogen compound metabolic process 1.0922636646340071 0.45645058000556493 37 64 A0A097PLG6 BP 0048580 regulation of post-embryonic development 1.089348381865183 0.45624793139069547 38 6 A0A097PLG6 BP 2000241 regulation of reproductive process 0.9931202065280772 0.44939966495828426 39 6 A0A097PLG6 BP 0044238 primary metabolic process 0.9784801250610387 0.44832916004720935 40 64 A0A097PLG6 BP 0034968 histone lysine methylation 0.9460630816006667 0.44592990402853827 41 6 A0A097PLG6 BP 0048608 reproductive structure development 0.9247547250575886 0.44433037226398187 42 6 A0A097PLG6 BP 0061458 reproductive system development 0.9242988486513207 0.4442959512237721 43 6 A0A097PLG6 BP 0018022 peptidyl-lysine methylation 0.9199038112728906 0.44396366665149534 44 6 A0A097PLG6 BP 0009791 post-embryonic development 0.9088310273469271 0.4431229782326488 45 6 A0A097PLG6 BP 0044237 cellular metabolic process 0.8873920613036665 0.4414805626693634 46 64 A0A097PLG6 BP 0016571 histone methylation 0.8802439088620053 0.4409285489179637 47 6 A0A097PLG6 BP 0051094 positive regulation of developmental process 0.8597685399382367 0.43933481911548533 48 6 A0A097PLG6 BP 0051240 positive regulation of multicellular organismal process 0.8535594754000406 0.4388477862740868 49 6 A0A097PLG6 BP 0071704 organic substance metabolic process 0.8386358548141698 0.43766989611367435 50 64 A0A097PLG6 BP 2000026 regulation of multicellular organismal development 0.8321499823761713 0.4371547143911311 51 6 A0A097PLG6 BP 0003006 developmental process involved in reproduction 0.8137799975532529 0.4356845648907349 52 6 A0A097PLG6 BP 0051239 regulation of multicellular organismal process 0.7384684200159201 0.4294764370301238 53 6 A0A097PLG6 BP 0018205 peptidyl-lysine modification 0.720577544992986 0.42795569035216563 54 6 A0A097PLG6 BP 0006479 protein methylation 0.70340266311402 0.42647793922767546 55 6 A0A097PLG6 BP 0008213 protein alkylation 0.70340266311402 0.42647793922767546 56 6 A0A097PLG6 BP 0022414 reproductive process 0.6758917914944335 0.424072750976715 57 6 A0A097PLG6 BP 0000003 reproduction 0.6680195788553699 0.42337553876764544 58 6 A0A097PLG6 BP 0048731 system development 0.6104237692660838 0.41814420983191525 59 6 A0A097PLG6 BP 0008152 metabolic process 0.6095487684306864 0.41806287340560355 60 64 A0A097PLG6 BP 0007275 multicellular organism development 0.5985047708997124 0.4170312068174712 61 6 A0A097PLG6 BP 0050793 regulation of developmental process 0.5505938155829411 0.4124413172264372 62 6 A0A097PLG6 BP 0048518 positive regulation of biological process 0.5387379588449648 0.41127501553294166 63 6 A0A097PLG6 BP 0048856 anatomical structure development 0.5367150112176082 0.4110747340776995 64 6 A0A097PLG6 BP 0032501 multicellular organismal process 0.5322287712318008 0.4106292238857196 65 6 A0A097PLG6 BP 0032502 developmental process 0.5210563491787192 0.4095115062957732 66 6 A0A097PLG6 BP 0043414 macromolecule methylation 0.5200642509039132 0.4094116774976757 67 6 A0A097PLG6 BP 0018193 peptidyl-amino acid modification 0.5103067978534982 0.4084247252655664 68 6 A0A097PLG6 BP 0032259 methylation 0.424106734719167 0.3992592896142605 69 6 A0A097PLG6 BP 0009987 cellular process 0.3481938781317641 0.39037955100493416 70 64 A0A097PLG6 BP 0050789 regulation of biological process 0.2098170413610117 0.37121000733495574 71 6 A0A097PLG6 BP 0065007 biological regulation 0.20149662395736367 0.36987792097603345 72 6 A0A097PLG6 BP 0044260 cellular macromolecule metabolic process 0.1996905725758522 0.3695851626278273 73 6 A0A097PLG6 BP 0034402 recruitment of 3'-end processing factors to RNA polymerase II holoenzyme complex 0.19912118916336635 0.36949259213813584 74 1 A0A097PLG6 BP 0032968 positive regulation of transcription elongation by RNA polymerase II 0.13203852902576904 0.35746147826768554 75 1 A0A097PLG6 BP 0034243 regulation of transcription elongation by RNA polymerase II 0.13106122093854342 0.35726585358858115 76 1 A0A097PLG6 BP 0032786 positive regulation of DNA-templated transcription, elongation 0.12890130700247782 0.35683090649111643 77 1 A0A097PLG6 BP 0031124 mRNA 3'-end processing 0.12007203306647177 0.3550138497436019 78 1 A0A097PLG6 BP 0032784 regulation of DNA-templated transcription elongation 0.10370159775440134 0.35145836752411225 79 1 A0A097PLG6 BP 0031123 RNA 3'-end processing 0.101558294377695 0.35097264399941636 80 1 A0A097PLG6 BP 0045944 positive regulation of transcription by RNA polymerase II 0.09668046748875579 0.34984773707822064 81 1 A0A097PLG6 BP 0022618 ribonucleoprotein complex assembly 0.08713630729317759 0.347561384160038 82 1 A0A097PLG6 BP 0071826 ribonucleoprotein complex subunit organization 0.08689426359228569 0.34750181345558506 83 1 A0A097PLG6 BP 0045893 positive regulation of DNA-templated transcription 0.08421294552010694 0.34683626583975186 84 1 A0A097PLG6 BP 1903508 positive regulation of nucleic acid-templated transcription 0.08421281911416224 0.34683623421589366 85 1 A0A097PLG6 BP 1902680 positive regulation of RNA biosynthetic process 0.08420207833423211 0.34683354703325786 86 1 A0A097PLG6 BP 0051254 positive regulation of RNA metabolic process 0.08277734855941098 0.3464755688264326 87 1 A0A097PLG6 BP 0010557 positive regulation of macromolecule biosynthetic process 0.08199712959632514 0.3462782246273757 88 1 A0A097PLG6 BP 0031328 positive regulation of cellular biosynthetic process 0.08173834958299163 0.34621256308386894 89 1 A0A097PLG6 BP 0045935 positive regulation of nucleobase-containing compound metabolic process 0.081708640234664 0.34620501813531745 90 1 A0A097PLG6 BP 0009891 positive regulation of biosynthetic process 0.0816914657965571 0.3462006559110509 91 1 A0A097PLG6 BP 0031325 positive regulation of cellular metabolic process 0.07755501874932141 0.34513631489753605 92 1 A0A097PLG6 BP 0051173 positive regulation of nitrogen compound metabolic process 0.07659584013053843 0.3448854844602594 93 1 A0A097PLG6 BP 0010604 positive regulation of macromolecule metabolic process 0.07591775677768048 0.3447072131353099 94 1 A0A097PLG6 BP 0009893 positive regulation of metabolic process 0.07499362633458577 0.34446296799482057 95 1 A0A097PLG6 BP 0006357 regulation of transcription by RNA polymerase II 0.07390054731228515 0.3441721192109925 96 1 A0A097PLG6 BP 0006397 mRNA processing 0.07366090499878107 0.3441080677847253 97 1 A0A097PLG6 BP 0048522 positive regulation of cellular process 0.07095394776312172 0.34337718861096045 98 1 A0A097PLG6 BP 0016071 mRNA metabolic process 0.07054595095476159 0.34326582821381224 99 1 A0A097PLG6 BP 0065003 protein-containing complex assembly 0.06722089197662089 0.34234599254075765 100 1 A0A097PLG6 BP 0043933 protein-containing complex organization 0.06495693581658687 0.3417066166529519 101 1 A0A097PLG6 BP 0022613 ribonucleoprotein complex biogenesis 0.06373568747292485 0.34135708728771524 102 1 A0A097PLG6 BP 0022607 cellular component assembly 0.05822277244142584 0.33973588218232104 103 1 A0A097PLG6 BP 0006396 RNA processing 0.05036517145904104 0.3372860541409638 104 1 A0A097PLG6 BP 0044085 cellular component biogenesis 0.04799558273220722 0.3365102623467087 105 1 A0A097PLG6 BP 0016043 cellular component organization 0.04249507510039923 0.3346320124305855 106 1 A0A097PLG6 BP 0071840 cellular component organization or biogenesis 0.039216684065932844 0.3334542504480542 107 1 A0A097PLG6 BP 0006355 regulation of DNA-templated transcription 0.03824455025239935 0.3330956225984455 108 1 A0A097PLG6 BP 1903506 regulation of nucleic acid-templated transcription 0.03824433840852674 0.33309554395394647 109 1 A0A097PLG6 BP 2001141 regulation of RNA biosynthetic process 0.038224345508269204 0.33308812084877515 110 1 A0A097PLG6 BP 0051252 regulation of RNA metabolic process 0.03794614884630504 0.33298462787403443 111 1 A0A097PLG6 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.037624966029545764 0.33286467048980967 112 1 A0A097PLG6 BP 0010556 regulation of macromolecule biosynthetic process 0.03733205343477341 0.3327548244665239 113 1 A0A097PLG6 BP 0031326 regulation of cellular biosynthetic process 0.03728049016000154 0.3327354430188453 114 1 A0A097PLG6 BP 0009889 regulation of biosynthetic process 0.0372572716000757 0.3327267113203683 115 1 A0A097PLG6 BP 0031323 regulation of cellular metabolic process 0.03631959499748081 0.33237178118798444 116 1 A0A097PLG6 BP 0051171 regulation of nitrogen compound metabolic process 0.036143694045686216 0.3323046906759153 117 1 A0A097PLG6 BP 0080090 regulation of primary metabolic process 0.03607837184984456 0.33227973453181064 118 1 A0A097PLG6 BP 0010468 regulation of gene expression 0.035813772163763795 0.332178413183434 119 1 A0A097PLG6 BP 0060255 regulation of macromolecule metabolic process 0.03480838802565789 0.33178997299888774 120 1 A0A097PLG6 BP 0019222 regulation of metabolic process 0.03442295045336996 0.3316395701770911 121 1 A0A097PLG6 BP 0050794 regulation of cellular process 0.028632756091412557 0.3292696060608528 122 1 A0A097PLQ5 MF 0004112 cyclic-nucleotide phosphodiesterase activity 10.300255587753636 0.7707050434993525 1 95 A0A097PLQ5 BP 0009187 cyclic nucleotide metabolic process 1.548355081138927 0.4853765953571609 1 16 A0A097PLQ5 CC 0016021 integral component of membrane 0.02329086247879228 0.3268594716831173 1 3 A0A097PLQ5 MF 0008081 phosphoric diester hydrolase activity 8.28919510297434 0.7227447726306504 2 95 A0A097PLQ5 BP 0009117 nucleotide metabolic process 0.7453609770031436 0.430057390259196 2 16 A0A097PLQ5 CC 0031224 intrinsic component of membrane 0.02320967811302568 0.326820817616988 2 3 A0A097PLQ5 MF 0042578 phosphoric ester hydrolase activity 6.2070327491992305 0.6664500791052814 3 95 A0A097PLQ5 BP 0006753 nucleoside phosphate metabolic process 0.7419888377259977 0.4297734997724567 3 16 A0A097PLQ5 CC 0016020 membrane 0.01908026394821642 0.32475666891661736 3 3 A0A097PLQ5 MF 0016788 hydrolase activity, acting on ester bonds 4.320215135909668 0.6065000472481556 4 95 A0A097PLQ5 BP 0055086 nucleobase-containing small molecule metabolic process 0.6961864592893503 0.4258516692772153 4 16 A0A097PLQ5 CC 0110165 cellular anatomical entity 0.0007444711293157067 0.308661781745403 4 3 A0A097PLQ5 MF 0016787 hydrolase activity 2.4418818188045806 0.5315970957529641 5 95 A0A097PLQ5 BP 0019637 organophosphate metabolic process 0.648280255341084 0.42160901827731806 5 16 A0A097PLQ5 MF 0004113 2',3'-cyclic-nucleotide 3'-phosphodiesterase activity 2.087542226046468 0.5144897429652526 6 16 A0A097PLQ5 BP 0006796 phosphate-containing compound metabolic process 0.511835323094558 0.40857995278308273 6 16 A0A097PLQ5 MF 0016874 ligase activity 1.3383271862192778 0.4726762054582389 7 28 A0A097PLQ5 BP 0006793 phosphorus metabolic process 0.5049820488554857 0.4078821531821379 7 16 A0A097PLQ5 MF 0003824 catalytic activity 0.7267140071242443 0.42847940248991645 8 95 A0A097PLQ5 BP 0044281 small molecule metabolic process 0.435085000721665 0.40047533332552226 8 16 A0A097PLQ5 BP 0006139 nucleobase-containing compound metabolic process 0.382375592296606 0.3944866354610364 9 16 A0A097PLQ5 BP 0006725 cellular aromatic compound metabolic process 0.3494546221437129 0.3905345255526049 10 16 A0A097PLQ5 BP 0046483 heterocycle metabolic process 0.3489956076223708 0.39047813448266844 11 16 A0A097PLQ5 BP 1901360 organic cyclic compound metabolic process 0.34102887831320183 0.38949342829861505 12 16 A0A097PLQ5 BP 0034641 cellular nitrogen compound metabolic process 0.27727184405251787 0.38115739584260633 13 16 A0A097PLQ5 BP 0006807 nitrogen compound metabolic process 0.18294807490467743 0.366805568036516 14 16 A0A097PLQ5 BP 0044238 primary metabolic process 0.16388996632272632 0.3634817889790766 15 16 A0A097PLQ5 BP 0044237 cellular metabolic process 0.1486332234219272 0.36067892634495086 16 16 A0A097PLQ5 BP 0071704 organic substance metabolic process 0.14046683063077156 0.3591193697947871 17 16 A0A097PLQ5 BP 0008152 metabolic process 0.10209602072799659 0.3510949834448638 18 16 A0A097PLQ5 BP 0009987 cellular process 0.0583205335491454 0.3397652839948285 19 16 A0A097PLV5 CC 0070603 SWI/SNF superfamily-type complex 9.927586187274816 0.7621972094884978 1 91 A0A097PLV5 BP 0006338 chromatin remodeling 8.419932373744892 0.7260285784669236 1 91 A0A097PLV5 MF 0003712 transcription coregulator activity 0.9155686175050822 0.4436351279756288 1 9 A0A097PLV5 CC 1904949 ATPase complex 9.918989421223577 0.7619990823599294 2 91 A0A097PLV5 BP 0006325 chromatin organization 7.69481997934012 0.7074780994756629 2 91 A0A097PLV5 MF 0140110 transcription regulator activity 0.46533321150421125 0.40374866839827656 2 9 A0A097PLV5 CC 0000228 nuclear chromosome 9.48474146172598 0.7518769041746536 3 91 A0A097PLV5 BP 0016043 cellular component organization 3.91243956202908 0.5919039689555867 3 91 A0A097PLV5 MF 0061630 ubiquitin protein ligase activity 0.21805238653972278 0.37250270781843775 3 2 A0A097PLV5 CC 0044815 DNA packaging complex 8.655069635988314 0.7318711358909062 4 91 A0A097PLV5 BP 0071840 cellular component organization or biogenesis 3.610604425775203 0.580603094460348 4 91 A0A097PLV5 MF 0061659 ubiquitin-like protein ligase activity 0.21751874527483167 0.37241968995335917 4 2 A0A097PLV5 CC 0000785 chromatin 8.284133562543522 0.7226171200901532 5 91 A0A097PLV5 BP 0006357 regulation of transcription by RNA polymerase II 0.676921238779939 0.4241636243969143 5 9 A0A097PLV5 MF 0004842 ubiquitin-protein transferase activity 0.1974786862379649 0.3692248095007065 5 2 A0A097PLV5 CC 0005694 chromosome 6.469514869505104 0.6740196999543497 6 91 A0A097PLV5 BP 0006351 DNA-templated transcription 0.5596024288799675 0.4133191529711658 6 9 A0A097PLV5 MF 0019787 ubiquitin-like protein transferase activity 0.19503432712216387 0.3688242272475051 6 2 A0A097PLV5 CC 0031981 nuclear lumen 6.3080107232846565 0.6693807403736032 7 91 A0A097PLV5 BP 0097659 nucleic acid-templated transcription 0.550394878042256 0.41242185121673325 7 9 A0A097PLV5 MF 0140096 catalytic activity, acting on a protein 0.08266188827069093 0.3464464237616411 7 2 A0A097PLV5 CC 0140513 nuclear protein-containing complex 6.154605723326322 0.6649190981182393 8 91 A0A097PLV5 BP 0032774 RNA biosynthetic process 0.5371664713587984 0.4111194634562513 8 9 A0A097PLV5 MF 0016740 transferase activity 0.05431741574897866 0.33854045284762524 8 2 A0A097PLV5 CC 0070013 intracellular organelle lumen 6.025854205836433 0.661131375240477 9 91 A0A097PLV5 BP 0034654 nucleobase-containing compound biosynthetic process 0.37569825851341376 0.3936992214132722 9 9 A0A097PLV5 MF 0003824 catalytic activity 0.01715332329435853 0.3237169451055603 9 2 A0A097PLV5 CC 0043233 organelle lumen 6.0258293509904535 0.6611306401533203 10 91 A0A097PLV5 BP 0016070 RNA metabolic process 0.35691802803411404 0.39144627981512725 10 9 A0A097PLV5 CC 0031974 membrane-enclosed lumen 6.025826244164813 0.6611305482682097 11 91 A0A097PLV5 BP 0006355 regulation of DNA-templated transcription 0.3503160568491773 0.3906402550566001 11 9 A0A097PLV5 CC 1902494 catalytic complex 4.6478349931723475 0.6177343289073138 12 91 A0A097PLV5 BP 1903506 regulation of nucleic acid-templated transcription 0.350314116381591 0.3906400170365223 12 9 A0A097PLV5 CC 0005634 nucleus 3.938772752231846 0.5928688801488011 13 91 A0A097PLV5 BP 2001141 regulation of RNA biosynthetic process 0.3501309835185562 0.3906175507725928 13 9 A0A097PLV5 CC 0032991 protein-containing complex 2.792991893073158 0.5473618218866271 14 91 A0A097PLV5 BP 0009987 cellular process 0.34819750340575284 0.39037999703666915 14 91 A0A097PLV5 CC 0043232 intracellular non-membrane-bounded organelle 2.781296133533975 0.5468532110774956 15 91 A0A097PLV5 BP 0051252 regulation of RNA metabolic process 0.34758273136224344 0.3903043259924371 15 9 A0A097PLV5 CC 0043231 intracellular membrane-bounded organelle 2.7339950094267387 0.544785247659127 16 91 A0A097PLV5 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.34464073055030386 0.38994127115324645 16 9 A0A097PLV5 CC 0043228 non-membrane-bounded organelle 2.7327000988465135 0.5447283847631046 17 91 A0A097PLV5 BP 0010556 regulation of macromolecule biosynthetic process 0.3419576819976365 0.389608818669579 17 9 A0A097PLV5 CC 0043227 membrane-bounded organelle 2.71058761803775 0.5437552805829535 18 91 A0A097PLV5 BP 0031326 regulation of cellular biosynthetic process 0.3414853678253662 0.3895501601016575 18 9 A0A097PLV5 CC 0043229 intracellular organelle 1.8469181059830513 0.5020287822522729 19 91 A0A097PLV5 BP 0009889 regulation of biosynthetic process 0.34127268825912066 0.38952373333846235 19 9 A0A097PLV5 CC 0043226 organelle 1.8127918934411225 0.5001972224894639 20 91 A0A097PLV5 BP 0019438 aromatic compound biosynthetic process 0.3364459202760056 0.3889217477556471 20 9 A0A097PLV5 CC 0005622 intracellular anatomical structure 1.2319941687540197 0.4658650779158058 21 91 A0A097PLV5 BP 0031323 regulation of cellular metabolic process 0.33268366922626735 0.38844952600250443 21 9 A0A097PLV5 BP 0051171 regulation of nitrogen compound metabolic process 0.331072435013235 0.3882464744335836 22 9 A0A097PLV5 CC 0110165 cellular anatomical entity 0.029124609206980012 0.32947973569058253 22 91 A0A097PLV5 BP 0018130 heterocycle biosynthetic process 0.3307803231284996 0.38820960893053613 23 9 A0A097PLV5 BP 0080090 regulation of primary metabolic process 0.330474090571453 0.38817094386959794 24 9 A0A097PLV5 BP 0010468 regulation of gene expression 0.3280503852837818 0.38786429158571234 25 9 A0A097PLV5 BP 1901362 organic cyclic compound biosynthetic process 0.32328872295600397 0.3872585191099644 26 9 A0A097PLV5 BP 0060255 regulation of macromolecule metabolic process 0.31884117234872134 0.386688665010933 27 9 A0A097PLV5 BP 0019222 regulation of metabolic process 0.3153106047359682 0.38623346608646425 28 9 A0A097PLV5 BP 0009059 macromolecule biosynthetic process 0.27500154226182155 0.38084373589184917 29 9 A0A097PLV5 BP 0090304 nucleic acid metabolic process 0.2728065252172848 0.3805392436896428 30 9 A0A097PLV5 BP 0010467 gene expression 0.26601968802571657 0.37958994407417934 31 9 A0A097PLV5 BP 0050794 regulation of cellular process 0.2622730335294929 0.37906069430030653 32 9 A0A097PLV5 BP 0050789 regulation of biological process 0.24479650752754778 0.3765404799542959 33 9 A0A097PLV5 BP 0044271 cellular nitrogen compound biosynthetic process 0.2376224120906211 0.37547996057503175 34 9 A0A097PLV5 BP 0065007 biological regulation 0.23508895894916554 0.3751016329717118 35 9 A0A097PLV5 BP 0006139 nucleobase-containing compound metabolic process 0.22713066483273903 0.37389974632825784 36 9 A0A097PLV5 BP 0006725 cellular aromatic compound metabolic process 0.2075756461850916 0.3708538030013856 37 9 A0A097PLV5 BP 0046483 heterocycle metabolic process 0.20730299208399136 0.370810341658673 38 9 A0A097PLV5 BP 1901360 organic cyclic compound metabolic process 0.2025707639789861 0.3700514155913973 39 9 A0A097PLV5 BP 0006511 ubiquitin-dependent protein catabolic process 0.18902014186950983 0.3678278006257192 40 2 A0A097PLV5 BP 0044249 cellular biosynthetic process 0.18842157635177414 0.3677277687300408 41 9 A0A097PLV5 BP 0043170 macromolecule metabolic process 0.18762691216082936 0.3675947191277873 42 11 A0A097PLV5 BP 0019941 modification-dependent protein catabolic process 0.18656922520212746 0.3674171941153737 43 2 A0A097PLV5 BP 0043632 modification-dependent macromolecule catabolic process 0.1862491155426508 0.36736336691361493 44 2 A0A097PLV5 BP 1901576 organic substance biosynthetic process 0.18491207187930703 0.3671380381491468 45 9 A0A097PLV5 BP 0051603 proteolysis involved in protein catabolic process 0.17920248069182182 0.3661665198992501 46 2 A0A097PLV5 BP 0009058 biosynthetic process 0.17918912554903368 0.366164229447015 47 9 A0A097PLV5 BP 0016567 protein ubiquitination 0.17663102788187868 0.36572392175266 48 2 A0A097PLV5 BP 0032446 protein modification by small protein conjugation 0.17362446497517225 0.36520232673253283 49 2 A0A097PLV5 BP 0030163 protein catabolic process 0.16996499852393662 0.36456133027656584 50 2 A0A097PLV5 BP 0034641 cellular nitrogen compound metabolic process 0.1646991584917825 0.36362672523099 51 9 A0A097PLV5 BP 0070647 protein modification by small protein conjugation or removal 0.1645537513657442 0.36360070731488753 52 2 A0A097PLV5 BP 0044265 cellular macromolecule catabolic process 0.15523743032962906 0.3619090635575936 53 2 A0A097PLV5 BP 0009057 macromolecule catabolic process 0.13766792570443026 0.35857446876159 54 2 A0A097PLV5 BP 0006807 nitrogen compound metabolic process 0.13445259844383478 0.35794161446740047 55 11 A0A097PLV5 BP 1901565 organonitrogen compound catabolic process 0.13000928111406998 0.35705447329597717 56 2 A0A097PLV5 BP 0044238 primary metabolic process 0.12044637169559932 0.3550922183706293 57 11 A0A097PLV5 BP 0044248 cellular catabolic process 0.11294030190303406 0.35349677143657915 58 2 A0A097PLV5 BP 0044237 cellular metabolic process 0.10923385290921264 0.35268939143434774 59 11 A0A097PLV5 BP 0006508 proteolysis 0.10366340619647242 0.35144975657023764 60 2 A0A097PLV5 BP 0071704 organic substance metabolic process 0.10323218969818422 0.3513524209949967 61 11 A0A097PLV5 BP 1901575 organic substance catabolic process 0.10078583099420707 0.3507963307247346 62 2 A0A097PLV5 BP 0036211 protein modification process 0.09927607907947501 0.3504497709969759 63 2 A0A097PLV5 BP 0009056 catabolic process 0.09860995922929013 0.3502960274018416 64 2 A0A097PLV5 BP 0043412 macromolecule modification 0.08666034494801499 0.3474441635659513 65 2 A0A097PLV5 BP 0008152 metabolic process 0.07503263035048092 0.3444733069656573 66 11 A0A097PLV5 BP 0019538 protein metabolic process 0.05583048813808051 0.33900854725334023 67 2 A0A097PLV5 BP 0044260 cellular macromolecule metabolic process 0.055273796254360005 0.33883707159939946 68 2 A0A097PLV5 BP 1901564 organonitrogen compound metabolic process 0.03826153987092244 0.33310192908167074 69 2 A0A097PM11 MF 0003724 RNA helicase activity 8.169251325384137 0.7197092197326787 1 91 A0A097PM11 BP 0016973 poly(A)+ mRNA export from nucleus 4.638912573427208 0.617433719547587 1 31 A0A097PM11 CC 0005635 nuclear envelope 2.7366452371498684 0.5449015840926953 1 26 A0A097PM11 MF 0008186 ATP-dependent activity, acting on RNA 8.11655276833495 0.7183684743570828 2 92 A0A097PM11 BP 0006406 mRNA export from nucleus 3.9490398834560843 0.5932442181442906 2 31 A0A097PM11 CC 0012505 endomembrane system 1.6252355707383364 0.4898078241115139 2 26 A0A097PM11 MF 0004386 helicase activity 6.160022978048877 0.6650775948184399 3 92 A0A097PM11 BP 0006405 RNA export from nucleus 3.866908743768425 0.5902279175863885 3 31 A0A097PM11 CC 0010494 cytoplasmic stress granule 1.6103620732776733 0.4889588614026368 3 11 A0A097PM11 MF 0140098 catalytic activity, acting on RNA 4.453210570258433 0.611110209655588 4 91 A0A097PM11 BP 0009737 response to abscisic acid 3.6578964871789563 0.5824041194419942 4 26 A0A097PM11 CC 0031967 organelle envelope 1.389205987518307 0.47583937420444183 4 26 A0A097PM11 MF 0140657 ATP-dependent activity 4.319214395165192 0.6064650905287813 5 93 A0A097PM11 BP 0051168 nuclear export 3.6172323217949294 0.5808562125495195 5 31 A0A097PM11 CC 0005634 nucleus 1.384412785331828 0.47554387647692364 5 31 A0A097PM11 MF 0140640 catalytic activity, acting on a nucleic acid 3.6170871900769583 0.5808506724813107 6 92 A0A097PM11 BP 0009409 response to cold 3.611549683863302 0.5806392078826011 6 26 A0A097PM11 CC 0036464 cytoplasmic ribonucleoprotein granule 1.3125858651126425 0.4710529389509078 6 11 A0A097PM11 BP 0097305 response to alcohol 3.515844396534779 0.5769584949012952 7 26 A0A097PM11 MF 0003723 RNA binding 3.1017447965561344 0.560422915702885 7 81 A0A097PM11 CC 0035770 ribonucleoprotein granule 1.3091660794306106 0.47083609126038434 7 11 A0A097PM11 BP 0051028 mRNA transport 3.3576788810842286 0.5707640489751558 8 31 A0A097PM11 MF 0005524 ATP binding 2.970264698516238 0.5549442995342866 8 95 A0A097PM11 CC 0031975 envelope 1.2655123064563176 0.46804272734808494 8 26 A0A097PM11 BP 0050658 RNA transport 3.3193983883933185 0.5692430191829523 9 31 A0A097PM11 MF 0032559 adenyl ribonucleotide binding 2.9566664490780172 0.5543708173026431 9 95 A0A097PM11 CC 0043231 intracellular membrane-bounded organelle 1.0575861664716295 0.4540222403099017 9 35 A0A097PM11 BP 0051236 establishment of RNA localization 3.3190353852855257 0.5692285538262177 10 31 A0A097PM11 MF 0030554 adenyl nucleotide binding 2.9521114060260634 0.5541784216274099 10 95 A0A097PM11 CC 0043227 membrane-bounded organelle 1.048531529121954 0.4533816470508022 10 35 A0A097PM11 BP 0050657 nucleic acid transport 3.314130704589237 0.569033028980646 11 31 A0A097PM11 MF 0035639 purine ribonucleoside triphosphate binding 2.808984563218063 0.5480555709362516 11 95 A0A097PM11 CC 0099080 supramolecular complex 0.8814831547444919 0.44102440944601345 11 11 A0A097PM11 BP 0006403 RNA localization 3.310838385311993 0.5689016996748283 12 31 A0A097PM11 MF 0032555 purine ribonucleotide binding 2.7905113641126382 0.5472540408033668 12 95 A0A097PM11 CC 0005737 cytoplasm 0.7699776157593065 0.4321106309228476 12 35 A0A097PM11 BP 0006913 nucleocytoplasmic transport 3.210378600210521 0.5648625269776231 13 31 A0A097PM11 MF 0017076 purine nucleotide binding 2.785215264972148 0.5470237603703326 13 95 A0A097PM11 CC 0043229 intracellular organelle 0.7144398701383213 0.42742963928783073 13 35 A0A097PM11 BP 0051169 nuclear transport 3.2103732751127803 0.5648623112100093 14 31 A0A097PM11 MF 0032553 ribonucleotide binding 2.745335565625881 0.5452826667561756 14 95 A0A097PM11 CC 0043226 organelle 0.7012388912872362 0.4262904913821984 14 35 A0A097PM11 BP 0033993 response to lipid 3.0545890704860024 0.558471597222028 15 26 A0A097PM11 MF 0097367 carbohydrate derivative binding 2.6955640779891636 0.5430918733489224 15 95 A0A097PM11 CC 0005622 intracellular anatomical structure 0.4765699957591234 0.40493743952929684 15 35 A0A097PM11 BP 0015931 nucleobase-containing compound transport 3.0130889947876502 0.5567418135958155 16 31 A0A097PM11 MF 0043168 anion binding 2.457872331315736 0.5323387943124435 16 95 A0A097PM11 CC 0043232 intracellular non-membrane-bounded organelle 0.33959309490626766 0.38931474341763755 16 11 A0A097PM11 BP 0009408 response to heat 2.8011289144446403 0.547715046753062 17 26 A0A097PM11 MF 0000166 nucleotide binding 2.440549801246297 0.5315352024745448 17 95 A0A097PM11 CC 0043228 non-membrane-bounded organelle 0.33365957433623095 0.38857227284456847 17 11 A0A097PM11 BP 0009266 response to temperature stimulus 2.7260561453594225 0.5444364193335225 18 26 A0A097PM11 MF 1901265 nucleoside phosphate binding 2.4405497427327245 0.5315351997552932 18 95 A0A097PM11 CC 0009507 chloroplast 0.20769269762998524 0.3708724523638114 18 4 A0A097PM11 BP 0009725 response to hormone 2.675276832266532 0.5421930914063577 19 26 A0A097PM11 MF 0036094 small molecule binding 2.2824960622672497 0.5240671711551729 19 95 A0A097PM11 CC 0009536 plastid 0.20152319750434494 0.3698822186943035 19 4 A0A097PM11 BP 0009719 response to endogenous stimulus 2.5317412813163513 0.5357342024541906 20 26 A0A097PM11 MF 0016787 hydrolase activity 2.2690499998932103 0.5234200766042033 20 89 A0A097PM11 CC 0110165 cellular anatomical entity 0.011266218005150201 0.3201118825862158 20 35 A0A097PM11 BP 1901700 response to oxygen-containing compound 2.4651753575206605 0.5326767327374055 21 26 A0A097PM11 MF 0003676 nucleic acid binding 2.220918573904431 0.5210878812003346 21 95 A0A097PM11 CC 0016021 integral component of membrane 0.008068152262937124 0.31774228418972666 21 1 A0A097PM11 BP 0009628 response to abiotic stimulus 2.391130048723248 0.5292268145733026 22 26 A0A097PM11 MF 0043167 ion binding 1.6202926586937532 0.4895261208134466 22 95 A0A097PM11 CC 0031224 intrinsic component of membrane 0.008040029310213869 0.3177195337684731 22 1 A0A097PM11 BP 0010033 response to organic substance 2.2383520696277386 0.5219355086491257 23 26 A0A097PM11 MF 0003729 mRNA binding 1.4794066144400793 0.48130800895912046 23 26 A0A097PM11 CC 0016020 membrane 0.006609565227196447 0.3165046485787419 23 1 A0A097PM11 BP 0046907 intracellular transport 2.218484738433968 0.5209692823306002 24 31 A0A097PM11 MF 1901363 heterocyclic compound binding 1.2973402784011288 0.4700840288030925 24 95 A0A097PM11 BP 0051649 establishment of localization in cell 2.189643996405415 0.5195589117583332 25 31 A0A097PM11 MF 0097159 organic cyclic compound binding 1.2969300761157172 0.47005788058617204 25 95 A0A097PM11 BP 0051641 cellular localization 1.93892866463025 0.5068843480429337 26 33 A0A097PM11 MF 0005488 binding 0.8791671762189649 0.44084520462694043 26 95 A0A097PM11 BP 0033036 macromolecule localization 1.9129992526932633 0.5055278859234996 27 33 A0A097PM11 MF 0003824 catalytic activity 0.6966412601873885 0.42589123546767366 27 92 A0A097PM11 BP 0071705 nitrogen compound transport 1.5994454225111976 0.48833325358066415 28 31 A0A097PM11 MF 0016887 ATP hydrolysis activity 0.06910612680604876 0.34287024018390505 28 1 A0A097PM11 BP 0042221 response to chemical 1.5139777505195788 0.48335960224212493 29 26 A0A097PM11 MF 0017111 ribonucleoside triphosphate phosphatase activity 0.0600789686067188 0.3402899887369215 29 1 A0A097PM11 BP 0071702 organic substance transport 1.4719663621136314 0.48086334945469267 30 31 A0A097PM11 MF 0016462 pyrophosphatase activity 0.05756867179674983 0.3395385219295789 30 1 A0A097PM11 BP 0006950 response to stress 1.395997322782569 0.4762571840411174 31 26 A0A097PM11 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 0.05716978392290571 0.3394176157193719 31 1 A0A097PM11 BP 0010467 gene expression 0.9398033988233335 0.4454619005609412 32 31 A0A097PM11 MF 0016817 hydrolase activity, acting on acid anhydrides 0.05704737812584756 0.33938042898988374 32 1 A0A097PM11 BP 0050896 response to stimulus 0.910606331676697 0.443258109524463 33 26 A0A097PM11 BP 0051179 localization 0.8959898725223474 0.44214158876404025 34 33 A0A097PM11 BP 0006810 transport 0.8473926994524714 0.4383623139791633 35 31 A0A097PM11 BP 0051234 establishment of localization 0.8450642424511576 0.438178549685586 36 31 A0A097PM11 BP 0043170 macromolecule metabolic process 0.5357505385774018 0.4109791138222789 37 31 A0A097PM11 BP 0071704 organic substance metabolic process 0.2947695540707887 0.38353297723197194 38 31 A0A097PM11 BP 0008152 metabolic process 0.21424843407694003 0.3719086921877036 39 31 A0A097PM11 BP 0009987 cellular process 0.13023848995257634 0.35710060393936094 40 33 A0A097PM11 BP 0008104 protein localization 0.12112417813727593 0.355233809401581 41 2 A0A097PM11 BP 0070727 cellular macromolecule localization 0.12110546162404458 0.3552299049240962 42 2 A0A097PM53 MF 0016811 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides 6.373427635535823 0.6712668148879645 1 47 A0A097PM53 BP 0070291 N-acylethanolamine metabolic process 4.133602565262518 0.5999099392424521 1 11 A0A097PM53 CC 0005886 plasma membrane 0.2492248621278617 0.3771873626036718 1 4 A0A097PM53 MF 0016810 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds 5.296845887019601 0.638876022045074 2 47 A0A097PM53 BP 0042439 ethanolamine-containing compound metabolic process 2.898722654322804 0.5519122279944781 2 11 A0A097PM53 CC 0071944 cell periphery 0.2382469144891036 0.3755729089853828 2 4 A0A097PM53 MF 0047412 N-(long-chain-acyl)ethanolamine deacylase activity 4.560168975937748 0.6147680972406782 3 11 A0A097PM53 BP 0034308 primary alcohol metabolic process 1.9247266247095955 0.5061425188926544 3 11 A0A097PM53 CC 0016020 membrane 0.09222966251278883 0.34879627721184214 3 6 A0A097PM53 MF 0016787 hydrolase activity 2.415348876749419 0.530361022293313 4 53 A0A097PM53 BP 0006576 cellular biogenic amine metabolic process 1.799906682265109 0.49950119244620295 4 11 A0A097PM53 CC 0016021 integral component of membrane 0.025698085600513627 0.3279764637915439 4 2 A0A097PM53 BP 0044106 cellular amine metabolic process 1.7742931025517565 0.4981101663636707 5 11 A0A097PM53 MF 0003824 catalytic activity 0.726726105579761 0.42848043283565596 5 54 A0A097PM53 CC 0031224 intrinsic component of membrane 0.02560851043846056 0.3279358612905673 5 2 A0A097PM53 BP 0009308 amine metabolic process 1.7295014597424183 0.49565326249061 6 11 A0A097PM53 MF 0016740 transferase activity 0.03194559702814937 0.3306520769875622 6 1 A0A097PM53 CC 0110165 cellular anatomical entity 0.0035986043586006475 0.3134103111102045 6 6 A0A097PM53 BP 0006066 alcohol metabolic process 1.6258148038197215 0.48984080733734353 7 11 A0A097PM53 BP 1901615 organic hydroxy compound metabolic process 1.5033136610133413 0.4827292730078139 8 11 A0A097PM53 BP 0042742 defense response to bacterium 0.984798563654444 0.4487921493679277 9 4 A0A097PM53 BP 0009617 response to bacterium 0.9479270247549013 0.4460689618692469 10 4 A0A097PM53 BP 0098542 defense response to other organism 0.7257587034185344 0.4283980184745136 11 4 A0A097PM53 BP 0006952 defense response 0.6825544026310897 0.42465966727549465 12 4 A0A097PM53 BP 0051707 response to other organism 0.6491617631018368 0.4216884755774968 13 4 A0A097PM53 BP 0043207 response to external biotic stimulus 0.6491447656387398 0.4216869439713346 14 4 A0A097PM53 BP 0009607 response to biotic stimulus 0.6433265734129823 0.42116149526916113 15 4 A0A097PM53 BP 0044281 small molecule metabolic process 0.6080676628841568 0.4179250628584202 16 11 A0A097PM53 BP 0044419 biological process involved in interspecies interaction between organisms 0.5303622397262514 0.41044331333298645 17 4 A0A097PM53 BP 0009605 response to external stimulus 0.5294292202936635 0.4103502599552889 18 4 A0A097PM53 BP 0006950 response to stress 0.4441262502223962 0.4014653424449518 19 4 A0A097PM53 BP 0034641 cellular nitrogen compound metabolic process 0.38751058279863043 0.3950875053177531 20 11 A0A097PM53 BP 1901564 organonitrogen compound metabolic process 0.3794524484989047 0.3941427814292487 21 11 A0A097PM53 BP 0050896 response to stimulus 0.28970268704400187 0.38285250052977304 22 4 A0A097PM53 BP 0006807 nitrogen compound metabolic process 0.25568522967218776 0.3781208548342222 23 11 A0A097PM53 BP 0044237 cellular metabolic process 0.20772735590333025 0.3708779733265091 24 11 A0A097PM53 BP 0071704 organic substance metabolic process 0.19631413924342353 0.369034274304096 25 11 A0A097PM53 BP 0008152 metabolic process 0.14268772449262235 0.3595478896858114 26 11 A0A097PM53 BP 0009987 cellular process 0.0815078214017136 0.34615398242539774 27 11 A0A097PMC2 MF 0090560 2-(3-amino-3-carboxypropyl)histidine synthase activity 13.512332608970837 0.8384424930509435 1 44 A0A097PMC2 BP 0017182 peptidyl-diphthamide metabolic process 12.023820734492912 0.8081865375540278 1 44 A0A097PMC2 CC 0016021 integral component of membrane 0.019281392744302156 0.32486210243213326 1 1 A0A097PMC2 BP 0017183 peptidyl-diphthamide biosynthetic process from peptidyl-histidine 12.023820734492912 0.8081865375540278 2 44 A0A097PMC2 MF 0016765 transferase activity, transferring alkyl or aryl (other than methyl) groups 6.899694453957337 0.6861007527005691 2 44 A0A097PMC2 CC 0031224 intrinsic component of membrane 0.019214184085006338 0.32482693249433586 2 1 A0A097PMC2 BP 1900247 regulation of cytoplasmic translational elongation 12.014081143855108 0.8079825780008116 3 44 A0A097PMC2 MF 0016740 transferase activity 2.301191044272166 0.5249637120227294 3 44 A0A097PMC2 CC 0016020 membrane 0.01579563930642326 0.3229488381910437 3 1 A0A097PMC2 BP 0006448 regulation of translational elongation 10.74410147080576 0.7806394090354956 4 44 A0A097PMC2 MF 0003824 catalytic activity 0.7267111919849609 0.42847916274182263 4 44 A0A097PMC2 CC 0110165 cellular anatomical entity 0.0006163120942472986 0.3083046820297357 4 1 A0A097PMC2 BP 0006417 regulation of translation 7.546183484711148 0.703569011400365 5 44 A0A097PMC2 BP 0034248 regulation of cellular amide metabolic process 7.531350994400133 0.7031768177309412 6 44 A0A097PMC2 BP 2000112 regulation of cellular macromolecule biosynthetic process 7.529598243921035 0.7031304468292012 7 44 A0A097PMC2 BP 0010608 post-transcriptional regulation of gene expression 7.268795983091173 0.6961694323486197 8 44 A0A097PMC2 BP 0018202 peptidyl-histidine modification 7.020528223863393 0.6894259769821124 9 44 A0A097PMC2 BP 0051246 regulation of protein metabolic process 6.596982835199641 0.6776402807338293 10 44 A0A097PMC2 BP 0018193 peptidyl-amino acid modification 5.984207726347714 0.6598975378052302 11 44 A0A097PMC2 BP 0036211 protein modification process 4.205892731419921 0.6024801281016506 12 44 A0A097PMC2 BP 0043412 macromolecule modification 3.6714193217422815 0.5829169664435752 13 44 A0A097PMC2 BP 0010556 regulation of macromolecule biosynthetic process 3.4370291272457107 0.5738895662370412 14 44 A0A097PMC2 BP 0031326 regulation of cellular biosynthetic process 3.4322818802828103 0.5737035988110154 15 44 A0A097PMC2 BP 0009889 regulation of biosynthetic process 3.4301442302096032 0.5736198170668689 16 44 A0A097PMC2 BP 0031323 regulation of cellular metabolic process 3.343815686812269 0.5702142178447145 17 44 A0A097PMC2 BP 0051171 regulation of nitrogen compound metabolic process 3.32762111300227 0.5695704759505509 18 44 A0A097PMC2 BP 0080090 regulation of primary metabolic process 3.3216071312062865 0.5693310186117784 19 44 A0A097PMC2 BP 0010468 regulation of gene expression 3.2972463810078367 0.5683588275416613 20 44 A0A097PMC2 BP 0060255 regulation of macromolecule metabolic process 3.204684246091302 0.5646316951580026 21 44 A0A097PMC2 BP 0019222 regulation of metabolic process 3.1691983823146646 0.5631885611826477 22 44 A0A097PMC2 BP 0050794 regulation of cellular process 2.6361158207236546 0.5404484576682309 23 44 A0A097PMC2 BP 0050789 regulation of biological process 2.460458620800982 0.53245852897464 24 44 A0A097PMC2 BP 0019538 protein metabolic process 2.3652932955137884 0.5280104860078205 25 44 A0A097PMC2 BP 0065007 biological regulation 2.3628876961674394 0.5278968992029369 26 44 A0A097PMC2 BP 0044249 cellular biosynthetic process 1.893832132500756 0.5045192648440053 27 44 A0A097PMC2 BP 0009058 biosynthetic process 1.8010364329290727 0.49956231846332155 28 44 A0A097PMC2 BP 1901564 organonitrogen compound metabolic process 1.6209738934916964 0.48956497081773276 29 44 A0A097PMC2 BP 0043170 macromolecule metabolic process 1.5242290442797375 0.48396344275872727 30 44 A0A097PMC2 BP 0006807 nitrogen compound metabolic process 1.0922556538760644 0.4564500235284833 31 44 A0A097PMC2 BP 0044238 primary metabolic process 0.9784729488015994 0.4483286333517871 32 44 A0A097PMC2 BP 0044237 cellular metabolic process 0.8873855530921116 0.44148006108809545 33 44 A0A097PMC2 BP 0071704 organic substance metabolic process 0.8386297041849284 0.4376694085063141 34 44 A0A097PMC2 BP 0008152 metabolic process 0.6095442979463188 0.41806245769819106 35 44 A0A097PMC2 BP 0009987 cellular process 0.3481913244471867 0.3903792368136704 36 44 A0A097PMH0 MF 0005544 calcium-dependent phospholipid binding 11.339475703091415 0.7936484838173695 1 32 A0A097PMH0 BP 0006950 response to stress 4.128581498851115 0.5997305897420435 1 26 A0A097PMH0 MF 0005543 phospholipid binding 8.834248291742337 0.7362701682284531 2 32 A0A097PMH0 BP 0050896 response to stimulus 2.6930656616184994 0.5429813695330151 2 26 A0A097PMH0 MF 0008289 lipid binding 7.665678708552124 0.7067146898305494 3 32 A0A097PMH0 MF 0005509 calcium ion binding 6.956020605372755 0.6876543845732779 4 32 A0A097PMH0 MF 0046872 metal ion binding 2.5282389310676785 0.5355743435578261 5 32 A0A097PMH0 MF 0043169 cation binding 2.5140874597098417 0.5349272930748242 6 32 A0A097PMH0 MF 0043167 ion binding 1.6345782341753679 0.49033910766389893 7 32 A0A097PMH0 MF 0005488 binding 0.8869184975555432 0.4414440607876753 8 32 A0A097PML9 CC 0031356 intrinsic component of chloroplast inner membrane 6.7165706900319915 0.6810053660536508 1 10 A0A097PML9 BP 0010020 chloroplast fission 5.790157803564488 0.6540910825691781 1 11 A0A097PML9 MF 0043621 protein self-association 5.273635978634271 0.6381430660292481 1 11 A0A097PML9 CC 0031357 integral component of chloroplast inner membrane 6.7165706900319915 0.6810053660536508 2 10 A0A097PML9 BP 0043572 plastid fission 5.790157803564488 0.6540910825691781 2 11 A0A097PML9 MF 0042803 protein homodimerization activity 3.2431900093420545 0.566188632056078 2 10 A0A097PML9 CC 0031352 intrinsic component of plastid inner membrane 6.711256448574035 0.6808564676508226 3 10 A0A097PML9 BP 0009658 chloroplast organization 4.879332018096596 0.6254353303127226 3 11 A0A097PML9 MF 0042802 identical protein binding 3.00585812684914 0.5564392045802273 3 10 A0A097PML9 CC 0031353 integral component of plastid inner membrane 6.711256448574035 0.6808564676508226 4 10 A0A097PML9 BP 0009657 plastid organization 4.774880568726563 0.6219837815358435 4 11 A0A097PML9 MF 0046983 protein dimerization activity 2.3170013183073364 0.52571907490967 4 10 A0A097PML9 CC 0031350 intrinsic component of plastid membrane 5.772670711392559 0.6535630784636256 5 10 A0A097PML9 BP 0009739 response to gibberellin 4.528340588473299 0.6136841189453046 5 10 A0A097PML9 MF 0005515 protein binding 1.8807880098771566 0.5038299295529441 5 11 A0A097PML9 CC 0031351 integral component of plastid membrane 5.772670711392559 0.6535630784636256 6 10 A0A097PML9 BP 0048285 organelle fission 3.5894668586456864 0.5797942990312619 6 11 A0A097PML9 MF 0005488 binding 0.3314824810174278 0.3882981961922007 6 11 A0A097PML9 CC 0009528 plastid inner membrane 4.323874263809971 0.6066278292222765 7 11 A0A097PML9 BP 0033993 response to lipid 3.4349859185905807 0.5738095418618261 7 10 A0A097PML9 CC 0009706 chloroplast inner membrane 3.9185618076577264 0.5921285917116113 8 10 A0A097PML9 BP 0009725 response to hormone 3.0084368257446306 0.5565471638407848 8 10 A0A097PML9 CC 0031969 chloroplast membrane 3.6884953400597946 0.5835632187906721 9 10 A0A097PML9 BP 0009719 response to endogenous stimulus 2.8470263757777667 0.5496978999125863 9 10 A0A097PML9 CC 0009941 chloroplast envelope 3.635924830207993 0.5815688292897349 10 10 A0A097PML9 BP 1901700 response to oxygen-containing compound 2.7721708041706203 0.5464556368549891 10 10 A0A097PML9 CC 0031301 integral component of organelle membrane 3.0346742816486754 0.5576429960820626 11 10 A0A097PML9 BP 0010033 response to organic substance 2.5171005534947617 0.5350652136355492 11 10 A0A097PML9 CC 0031300 intrinsic component of organelle membrane 3.0268508455354066 0.5573167402419261 12 10 A0A097PML9 BP 0006996 organelle organization 1.9410694927113017 0.5069959360877329 12 11 A0A097PML9 CC 0042170 plastid membrane 2.7375964621779527 0.5449433260591359 13 11 A0A097PML9 BP 0042221 response to chemical 1.7025177966955696 0.4941577810712576 13 10 A0A097PML9 CC 0009526 plastid envelope 2.732154946794225 0.5447044416869415 14 11 A0A097PML9 BP 0016043 cellular component organization 1.4621530703609023 0.48027514536101545 14 11 A0A097PML9 CC 0009507 chloroplast 2.196040726388952 0.5198725225861502 15 11 A0A097PML9 BP 0071840 cellular component organization or biogenesis 1.3493515396996787 0.4733666312153946 15 11 A0A097PML9 CC 0009536 plastid 2.1308074577571148 0.5166525863588165 16 11 A0A097PML9 BP 0050896 response to stimulus 1.0240067827490813 0.45163255582399087 16 10 A0A097PML9 CC 0019866 organelle inner membrane 1.8911502868148788 0.5043777332176264 17 11 A0A097PML9 BP 0009987 cellular process 0.13012802897655038 0.3570783776002443 17 11 A0A097PML9 CC 0031967 organelle envelope 1.7321617521732524 0.49580006673870836 18 11 A0A097PML9 CC 0031975 envelope 1.5779315910264184 0.48709406473587247 19 11 A0A097PML9 CC 0031090 organelle membrane 1.5644625994911177 0.4863139520069293 20 11 A0A097PML9 CC 0043231 intracellular membrane-bounded organelle 1.1239462780992564 0.4586357149560093 21 12 A0A097PML9 CC 0043227 membrane-bounded organelle 1.114323491539312 0.4579753298644729 22 12 A0A097PML9 CC 0016021 integral component of membrane 0.8436797406592307 0.4380691633006228 23 25 A0A097PML9 CC 0031224 intrinsic component of membrane 0.8407389476886864 0.4378365196468591 24 25 A0A097PML9 CC 0005737 cytoplasm 0.8182912209788508 0.43604712232685555 25 12 A0A097PML9 CC 0043229 intracellular organelle 0.7592686614336718 0.43122150631316625 26 12 A0A097PML9 CC 0043226 organelle 0.7452393638527053 0.43004716318162584 27 12 A0A097PML9 CC 0016020 membrane 0.7185271629387913 0.4277802052213314 28 26 A0A097PML9 CC 0005622 intracellular anatomical structure 0.506473221727427 0.40803438533522235 29 12 A0A097PML9 CC 0005783 endoplasmic reticulum 0.24549618561241637 0.3766430740315842 30 1 A0A097PML9 CC 0012505 endomembrane system 0.20269711975630325 0.37007179425185555 31 1 A0A097PML9 CC 0110165 cellular anatomical entity 0.02912411098001236 0.32947952373949185 32 27 A0A097PMS3 CC 0033588 elongator holoenzyme complex 12.368951189753377 0.8153614266729161 1 50 A0A097PMS3 BP 0002098 tRNA wobble uridine modification 9.913898438560855 0.7618817115066131 1 50 A0A097PMS3 BP 0002097 tRNA wobble base modification 9.337869199551239 0.7484011041781469 2 50 A0A097PMS3 CC 0140535 intracellular protein-containing complex 5.517936071485649 0.6457789745976359 2 50 A0A097PMS3 BP 0006400 tRNA modification 6.545370930663366 0.6761785554322255 3 50 A0A097PMS3 CC 1902494 catalytic complex 4.647705963353171 0.6177299837613219 3 50 A0A097PMS3 BP 0008033 tRNA processing 5.906178136547928 0.6575741842356357 4 50 A0A097PMS3 CC 0005634 nucleus 3.9386634068835815 0.5928648801534684 4 50 A0A097PMS3 BP 0009451 RNA modification 5.655818446183383 0.6500141273299169 5 50 A0A097PMS3 CC 0032991 protein-containing complex 2.7929143560608805 0.5473584535626274 5 50 A0A097PMS3 BP 0034470 ncRNA processing 5.20040762874976 0.6358199209549863 6 50 A0A097PMS3 CC 0043231 intracellular membrane-bounded organelle 2.7339191102430935 0.5447819150998666 6 50 A0A097PMS3 BP 0006399 tRNA metabolic process 5.1094209518450135 0.6329104908508967 7 50 A0A097PMS3 CC 0043227 membrane-bounded organelle 2.710512368673103 0.5437519623203914 7 50 A0A097PMS3 BP 0034660 ncRNA metabolic process 4.658972719600735 0.6181091705841599 8 50 A0A097PMS3 CC 0005737 cytoplasm 1.9904349970903776 0.5095521922290711 8 50 A0A097PMS3 BP 0006396 RNA processing 4.636895417200151 0.6173657185504153 9 50 A0A097PMS3 CC 0043229 intracellular organelle 1.8468668331840814 0.5020260431841 9 50 A0A097PMS3 BP 0043412 macromolecule modification 3.67138254919324 0.5829155731441773 10 50 A0A097PMS3 CC 0043226 organelle 1.8127415680292778 0.5001945088446834 10 50 A0A097PMS3 BP 0016070 RNA metabolic process 3.587360179630981 0.5797135599594448 11 50 A0A097PMS3 CC 0005622 intracellular anatomical structure 1.2319599670267518 0.46586284082636326 11 50 A0A097PMS3 BP 0090304 nucleic acid metabolic process 2.741960866192064 0.5451347533539233 12 50 A0A097PMS3 CC 0110165 cellular anatomical entity 0.02912380067073354 0.32947939172968344 12 50 A0A097PMS3 BP 0010467 gene expression 2.6737468014086976 0.5421251687668593 13 50 A0A097PMS3 BP 0006139 nucleobase-containing compound metabolic process 2.282875726625389 0.5240854148740799 14 50 A0A097PMS3 BP 0006725 cellular aromatic compound metabolic process 2.08632948995895 0.5144287965206117 15 50 A0A097PMS3 BP 0046483 heterocycle metabolic process 2.08358906109777 0.5142910101094194 16 50 A0A097PMS3 BP 1901360 organic cyclic compound metabolic process 2.036025740302991 0.511884970796237 17 50 A0A097PMS3 BP 0034641 cellular nitrogen compound metabolic process 1.655380665545089 0.4915166394808389 18 50 A0A097PMS3 BP 0043170 macromolecule metabolic process 1.5242137777622493 0.4839625450146032 19 50 A0A097PMS3 BP 0006807 nitrogen compound metabolic process 1.0922447139585345 0.45644926357045806 20 50 A0A097PMS3 BP 0044238 primary metabolic process 0.9784631485196534 0.44832791406535777 21 50 A0A097PMS3 BP 0044237 cellular metabolic process 0.8873766651319224 0.4414793760990411 22 50 A0A097PMS3 BP 0071704 organic substance metabolic process 0.8386213045581841 0.4376687426008548 23 50 A0A097PMS3 BP 0008152 metabolic process 0.6095381928148629 0.4180618899835543 24 50 A0A097PMS3 BP 0009987 cellular process 0.3481878369995726 0.3903788077354924 25 50 A0A097PMY1 MF 0047938 glucose-6-phosphate 1-epimerase activity 12.411458383415026 0.8162381447711151 1 88 A0A097PMY1 BP 0005975 carbohydrate metabolic process 4.065892465401463 0.5974821263051378 1 95 A0A097PMY1 CC 0005737 cytoplasm 0.19812688041256352 0.36933061925135247 1 9 A0A097PMY1 MF 0016857 racemase and epimerase activity, acting on carbohydrates and derivatives 8.27137522883178 0.7222951805330966 2 88 A0A097PMY1 BP 0044238 primary metabolic process 0.9784928049640716 0.4483300906731237 2 95 A0A097PMY1 CC 0005622 intracellular anatomical structure 0.12262866429548215 0.35554668164677244 2 9 A0A097PMY1 MF 0016854 racemase and epimerase activity 7.395766650281665 0.6995737065424266 3 88 A0A097PMY1 BP 0071704 organic substance metabolic process 0.8386467225068767 0.43767075767431496 3 95 A0A097PMY1 CC 0110165 cellular anatomical entity 0.0028989682059874667 0.3125178681650155 3 9 A0A097PMY1 MF 0030246 carbohydrate binding 7.0723661240778215 0.6908437269833315 4 91 A0A097PMY1 BP 0008152 metabolic process 0.609556667435561 0.41806360792516545 4 95 A0A097PMY1 MF 0016853 isomerase activity 5.280155559288145 0.6383491133851465 5 95 A0A097PMY1 MF 0005488 binding 0.8482744611460984 0.43843183762785 6 91 A0A097PMY1 MF 0003824 catalytic activity 0.7267259391432919 0.4284804186614167 7 95 A0A097PN30 MF 0003743 translation initiation factor activity 8.418744888674835 0.725998866883982 1 94 A0A097PN30 BP 0006413 translational initiation 7.910948455489565 0.7130954489523906 1 94 A0A097PN30 CC 0005737 cytoplasm 0.2725992009361158 0.38051042050605033 1 13 A0A097PN30 MF 0008135 translation factor activity, RNA binding 6.9668059384831835 0.687951155605927 2 94 A0A097PN30 BP 0006412 translation 3.4145462558544377 0.5730076877281554 2 94 A0A097PN30 CC 0009536 plastid 0.22308030789171115 0.37327996102720723 2 4 A0A097PN30 MF 0090079 translation regulator activity, nucleic acid binding 6.96182374495633 0.6878140933036321 3 94 A0A097PN30 BP 0043043 peptide biosynthetic process 3.3940509105391103 0.5722012357147767 3 94 A0A097PN30 CC 0005622 intracellular anatomical structure 0.1814501947810749 0.3665508020528206 3 14 A0A097PN30 MF 0045182 translation regulator activity 6.927883807468038 0.6868790829286723 4 94 A0A097PN30 BP 0006518 peptide metabolic process 3.358279468835538 0.5707878433386959 4 94 A0A097PN30 CC 0009507 chloroplast 0.1729374163443199 0.3650825013251683 4 3 A0A097PN30 MF 0003924 GTPase activity 6.58424963304572 0.6772801905408932 5 94 A0A097PN30 BP 0043604 amide biosynthetic process 3.2976003123467987 0.5683729779276216 5 94 A0A097PN30 CC 0043231 intracellular membrane-bounded organelle 0.1352141656790945 0.3580921872897054 5 5 A0A097PN30 MF 0005525 GTP binding 5.911704229053513 0.657739228315076 6 94 A0A097PN30 BP 0043603 cellular amide metabolic process 3.2070058925070644 0.5647258323935569 6 94 A0A097PN30 CC 0043227 membrane-bounded organelle 0.13405651510311567 0.3578631345029579 6 5 A0A097PN30 MF 0032561 guanyl ribonucleotide binding 5.851877882545586 0.6559483102775356 7 94 A0A097PN30 BP 0034645 cellular macromolecule biosynthetic process 3.1365294717753263 0.5618528267676988 7 94 A0A097PN30 CC 0043229 intracellular organelle 0.09134233600173058 0.3485836430075937 7 5 A0A097PN30 MF 0019001 guanyl nucleotide binding 5.841760820476922 0.6556445498202641 8 94 A0A097PN30 BP 0009059 macromolecule biosynthetic process 2.73769548543459 0.5449476710131378 8 94 A0A097PN30 CC 0043226 organelle 0.08965456870854453 0.3481763252617444 8 5 A0A097PN30 MF 0017111 ribonucleoside triphosphate phosphatase activity 5.2316951470722834 0.6368144953980943 9 94 A0A097PN30 BP 0010467 gene expression 2.6482793258350004 0.5409917242684398 9 94 A0A097PN30 CC 0005634 nucleus 0.04069112817520511 0.3339898051028507 9 1 A0A097PN30 MF 0016462 pyrophosphatase activity 5.013097725328979 0.6298020453134983 10 94 A0A097PN30 BP 0044271 cellular nitrogen compound biosynthetic process 2.365578750824646 0.5280239607090695 10 94 A0A097PN30 CC 0110165 cellular anatomical entity 0.004289521937326921 0.3142097929833168 10 14 A0A097PN30 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 4.978362446042196 0.628673786878515 11 94 A0A097PN30 BP 0019538 protein metabolic process 2.3427403790099017 0.526943310631121 11 94 A0A097PN30 MF 0016817 hydrolase activity, acting on acid anhydrides 4.967703311418319 0.6283267721044798 12 94 A0A097PN30 BP 1901566 organonitrogen compound biosynthetic process 2.3284177331252565 0.5262629125196479 12 94 A0A097PN30 MF 0035639 purine ribonucleoside triphosphate binding 2.805707237024541 0.5479135643965565 13 94 A0A097PN30 BP 0044260 cellular macromolecule metabolic process 2.3193806592912853 0.5258325286226894 13 94 A0A097PN30 MF 0032555 purine ribonucleotide binding 2.7872555911523023 0.5471125019847113 14 94 A0A097PN30 BP 0044249 cellular biosynthetic process 1.8757745672771633 0.5035643513375063 14 94 A0A097PN30 MF 0017076 purine nucleotide binding 2.781965671128872 0.5468823559284137 15 94 A0A097PN30 BP 1901576 organic substance biosynthetic process 1.8408367466694582 0.501703641498075 15 94 A0A097PN30 MF 0032553 ribonucleotide binding 2.7421325006190287 0.5451422783036524 16 94 A0A097PN30 BP 0009058 biosynthetic process 1.7838636686172016 0.4986310936389604 16 94 A0A097PN30 MF 0097367 carbohydrate derivative binding 2.6924190828635983 0.5429527633014496 17 94 A0A097PN30 BP 0034641 cellular nitrogen compound metabolic process 1.6396131416184672 0.4906247951438103 17 94 A0A097PN30 MF 0043168 anion binding 2.4550046582508025 0.5322059590650057 18 94 A0A097PN30 BP 1901564 organonitrogen compound metabolic process 1.6055180136884448 0.48868152217903305 18 94 A0A097PN30 MF 0000166 nucleotide binding 2.4377023388946153 0.531402836151224 19 94 A0A097PN30 BP 0043170 macromolecule metabolic process 1.5096956202711207 0.4831067631845858 19 94 A0A097PN30 MF 1901265 nucleoside phosphate binding 2.437702280449312 0.5314028334335592 20 94 A0A097PN30 BP 0006807 nitrogen compound metabolic process 1.0818410678247334 0.45572482745095777 20 94 A0A097PN30 MF 0016787 hydrolase activity 2.4175738477394866 0.5304649355742506 21 94 A0A097PN30 BP 0044238 primary metabolic process 0.9691432733835491 0.4476422484728581 21 94 A0A097PN30 MF 0036094 small molecule binding 2.279833005933858 0.5239391626909384 22 94 A0A097PN30 BP 0044237 cellular metabolic process 0.8789243900204536 0.4408264047559357 22 94 A0A097PN30 MF 0003676 nucleic acid binding 2.2192590940861994 0.5210070231198772 23 94 A0A097PN30 BP 0071704 organic substance metabolic process 0.8306334249361625 0.4370339628487945 23 94 A0A097PN30 MF 0043167 ion binding 1.6184022148511479 0.48941826826763873 24 94 A0A097PN30 BP 0008152 metabolic process 0.6037323330271787 0.4175207114252757 24 94 A0A097PN30 MF 1901363 heterocyclic compound binding 1.3088984766221676 0.4708191106964043 25 95 A0A097PN30 BP 0009987 cellular process 0.3448713429960368 0.3899697855001358 25 94 A0A097PN30 MF 0097159 organic cyclic compound binding 1.308484619783356 0.470792846258583 26 95 A0A097PN30 BP 0006355 regulation of DNA-templated transcription 0.07759496744945023 0.3451467279583338 26 2 A0A097PN30 MF 0005488 binding 0.8869998078433318 0.4414503288067465 27 95 A0A097PN30 BP 1903506 regulation of nucleic acid-templated transcription 0.07759453763609667 0.3451466159371008 27 2 A0A097PN30 MF 0003824 catalytic activity 0.7194798556097283 0.42786177400075937 28 94 A0A097PN30 BP 2001141 regulation of RNA biosynthetic process 0.07755397372739686 0.3451360424652767 28 2 A0A097PN30 MF 0042393 histone binding 0.23235173040550616 0.3746905766957846 29 2 A0A097PN30 BP 0051252 regulation of RNA metabolic process 0.07698953615950309 0.34498862706065136 29 2 A0A097PN30 MF 0005515 protein binding 0.11090461159670366 0.3530550034895849 30 2 A0A097PN30 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.0763378833083836 0.34481775974934276 30 2 A0A097PN30 MF 0003746 translation elongation factor activity 0.0759235775402513 0.3447087468214667 31 1 A0A097PN30 BP 0010556 regulation of macromolecule biosynthetic process 0.07574358835375881 0.34466129506166976 31 2 A0A097PN30 BP 0031326 regulation of cellular biosynthetic process 0.07563897081737507 0.3446336881254606 32 2 A0A097PN30 MF 0046872 metal ion binding 0.026120927268028955 0.32816718036810016 32 1 A0A097PN30 BP 0009889 regulation of biosynthetic process 0.07559186231721547 0.34462125069318783 33 2 A0A097PN30 MF 0043169 cation binding 0.025974718953011212 0.3281014110402577 33 1 A0A097PN30 BP 0006457 protein folding 0.0741753437357494 0.3442454389151841 34 1 A0A097PN30 BP 0031323 regulation of cellular metabolic process 0.07368939556113442 0.344115688173508 35 2 A0A097PN30 BP 0051171 regulation of nitrogen compound metabolic process 0.07333250736297936 0.3440201244407236 36 2 A0A097PN30 BP 0080090 regulation of primary metabolic process 0.0731999741359808 0.34398457690631085 37 2 A0A097PN30 BP 0010468 regulation of gene expression 0.07266312368557488 0.34384025476651786 38 2 A0A097PN30 BP 0006414 translational elongation 0.0707174925604053 0.3433126886444175 39 1 A0A097PN30 BP 0060255 regulation of macromolecule metabolic process 0.07062328404945244 0.3432869605248453 40 2 A0A097PN30 BP 0019222 regulation of metabolic process 0.06984126371771639 0.34307272672890426 41 2 A0A097PN30 BP 0015031 protein transport 0.060038079438075584 0.3402778755733971 42 1 A0A097PN30 BP 0045184 establishment of protein localization 0.05957104864236889 0.34013922687318404 43 1 A0A097PN30 BP 0008104 protein localization 0.05911404006325789 0.3400030263747355 44 1 A0A097PN30 BP 0070727 cellular macromolecule localization 0.059104905564019025 0.34000029869848747 45 1 A0A097PN30 BP 0050794 regulation of cellular process 0.058093447621646914 0.33969694958057184 46 2 A0A097PN30 BP 0051641 cellular localization 0.05705735859181767 0.3393834625359931 47 1 A0A097PN30 BP 0033036 macromolecule localization 0.05629432703632426 0.3391507699286955 48 1 A0A097PN30 BP 0050789 regulation of biological process 0.0542223990649596 0.3385108415805124 49 2 A0A097PN30 BP 0065007 biological regulation 0.05207217813952303 0.3378336658793242 50 2 A0A097PN30 BP 0071705 nitrogen compound transport 0.050087375908415804 0.33719606360426085 51 1 A0A097PN30 BP 0071702 organic substance transport 0.04609530995310508 0.3358741762289513 52 1 A0A097PN30 BP 0006810 transport 0.026536495764191044 0.3283531182226841 53 1 A0A097PN30 BP 0051234 establishment of localization 0.02646357905226706 0.32832059897001153 54 1 A0A097PN30 BP 0051179 localization 0.026366527239357517 0.32827724641361805 55 1 A0A097PN76 MF 0003724 RNA helicase activity 8.402495314449606 0.7255920821473762 1 92 A0A097PN76 CC 0090406 pollen tube 5.372629816679934 0.6412581217713453 1 28 A0A097PN76 BP 0009561 megagametogenesis 5.303428990455189 0.639083620326903 1 28 A0A097PN76 MF 0008186 ATP-dependent activity, acting on RNA 8.251475756873123 0.721792547813056 2 92 A0A097PN76 BP 0009553 embryo sac development 4.995537055476176 0.6292321364088409 2 28 A0A097PN76 CC 0120025 plasma membrane bounded cell projection 2.520846787557453 0.5352365776963501 2 28 A0A097PN76 MF 0004386 helicase activity 6.42610557144248 0.6727785796632897 3 94 A0A097PN76 BP 0048229 gametophyte development 4.453347742257644 0.6111149287876287 3 28 A0A097PN76 CC 0042995 cell projection 2.10350414039563 0.5152902702693709 3 28 A0A097PN76 MF 0140098 catalytic activity, acting on RNA 4.580356199176484 0.615453653174803 4 92 A0A097PN76 BP 0009791 post-embryonic development 3.460223244790783 0.5747963255560021 4 28 A0A097PN76 CC 0005634 nucleus 1.6589112089530647 0.4917157516756432 4 37 A0A097PN76 MF 0140657 ATP-dependent activity 4.4540044856822 0.6111375217427155 5 94 A0A097PN76 BP 0006364 rRNA processing 2.775673418220577 0.5466083167302876 5 37 A0A097PN76 CC 0043231 intracellular membrane-bounded organelle 1.2045044175258803 0.46405687878116475 5 39 A0A097PN76 MF 0140640 catalytic activity, acting on a nucleic acid 3.77332750663034 0.5867517944551811 6 94 A0A097PN76 BP 0016072 rRNA metabolic process 2.772172492651653 0.5464557104795552 6 37 A0A097PN76 CC 0043227 membrane-bounded organelle 1.1941919238184737 0.4633732368660255 6 39 A0A097PN76 MF 0005524 ATP binding 2.9672433975107153 0.5548169951032003 7 93 A0A097PN76 BP 0042254 ribosome biogenesis 2.5781318854714463 0.5378412826306613 7 37 A0A097PN76 CC 0043229 intracellular organelle 0.8136887630718732 0.43567722221590605 7 39 A0A097PN76 MF 0032559 adenyl ribonucleotide binding 2.9536589799726345 0.5542438046137838 8 93 A0A097PN76 BP 0022613 ribonucleoprotein complex biogenesis 2.4714619696527134 0.5329672371687776 8 37 A0A097PN76 CC 0043226 organelle 0.7986539244498381 0.4344615221679097 8 39 A0A097PN76 MF 0030554 adenyl nucleotide binding 2.949108570230352 0.5540515068141946 9 93 A0A097PN76 BP 0007275 multicellular organism development 2.278707546364195 0.5238850413424652 9 28 A0A097PN76 CC 0005622 intracellular anatomical structure 0.542774369928895 0.4116735189296197 9 39 A0A097PN76 MF 0035639 purine ribonucleoside triphosphate binding 2.8061273135293097 0.547931770943335 10 93 A0A097PN76 BP 0034470 ncRNA processing 2.1903406346885634 0.5195930878710723 10 37 A0A097PN76 CC 0009507 chloroplast 0.11394534961419944 0.353713410039806 10 2 A0A097PN76 MF 0032555 purine ribonucleotide binding 2.787672905037079 0.5471306485653432 11 93 A0A097PN76 BP 0048856 anatomical structure development 2.0434532952343676 0.5122625389167275 11 28 A0A097PN76 CC 0009536 plastid 0.11056060928975467 0.35297995182350816 11 2 A0A097PN76 MF 0017076 purine nucleotide binding 2.782382192995478 0.54690048528071 12 93 A0A097PN76 BP 0032501 multicellular organismal process 2.0263726813320044 0.511393242016835 12 28 A0A097PN76 CC 0005737 cytoplasm 0.0385977038795707 0.3332264252019272 12 2 A0A097PN76 MF 0032553 ribonucleotide binding 2.7425430585779176 0.5451602773967472 13 93 A0A097PN76 BP 0032502 developmental process 1.9838355393051303 0.5092123077679963 13 28 A0A097PN76 CC 0110165 cellular anatomical entity 0.012831303761552237 0.3211475800790559 13 39 A0A097PN76 MF 0097367 carbohydrate derivative binding 2.6928221976229634 0.5429705984912382 14 93 A0A097PN76 BP 0034660 ncRNA metabolic process 1.9622956491393955 0.5080990109676835 14 37 A0A097PN76 MF 0043168 anion binding 2.4553722268133455 0.5322229897676163 15 93 A0A097PN76 BP 0006396 RNA processing 1.9529969910332559 0.5076165189969357 15 37 A0A097PN76 MF 0000166 nucleotide binding 2.438067316916797 0.5314198067334426 16 93 A0A097PN76 BP 0044085 cellular component biogenesis 1.8611120729553676 0.5027855882657821 16 37 A0A097PN76 MF 1901265 nucleoside phosphate binding 2.4380672584627434 0.5314198040155742 17 93 A0A097PN76 BP 0071840 cellular component organization or biogenesis 1.520695031115992 0.4837555058321852 17 37 A0A097PN76 MF 0016787 hydrolase activity 2.389486271725295 0.5291496260772899 18 92 A0A097PN76 BP 0016070 RNA metabolic process 1.5109470898531179 0.48318069344681763 18 37 A0A097PN76 MF 0036094 small molecule binding 2.2801743474209353 0.5239555745554705 19 93 A0A097PN76 BP 0090304 nucleic acid metabolic process 1.1548764505966624 0.46073943861404865 19 37 A0A097PN76 MF 0003676 nucleic acid binding 2.2186594945961544 0.520977800226816 20 93 A0A097PN76 BP 0010467 gene expression 1.1261456185891325 0.4587862522178388 20 37 A0A097PN76 MF 0003723 RNA binding 2.0670703730610924 0.513458538407563 21 50 A0A097PN76 BP 0006139 nucleobase-containing compound metabolic process 0.9615160627656212 0.4470786557456212 21 37 A0A097PN76 MF 0043167 ion binding 1.618644525501651 0.4894320959577202 22 93 A0A097PN76 BP 0006725 cellular aromatic compound metabolic process 0.8787334734959575 0.4408116195299072 22 37 A0A097PN76 MF 1901363 heterocyclic compound binding 1.296020646689653 0.46999989454014734 23 93 A0A097PN76 BP 0046483 heterocycle metabolic process 0.8775792423049386 0.440722197705686 23 37 A0A097PN76 MF 0097159 organic cyclic compound binding 1.295610861654791 0.4699737596253635 24 93 A0A097PN76 BP 1901360 organic cyclic compound metabolic process 0.8575462214929571 0.43916070537366997 24 37 A0A097PN76 MF 0005488 binding 0.8782729028315257 0.44077594475627635 25 93 A0A097PN76 BP 0034641 cellular nitrogen compound metabolic process 0.6972237171517464 0.4259418884612862 25 37 A0A097PN76 MF 0003824 catalytic activity 0.7267327247543535 0.4284809965435124 26 94 A0A097PN76 BP 0043170 macromolecule metabolic process 0.6419780162862819 0.42103936649511353 26 37 A0A097PN76 BP 0006807 nitrogen compound metabolic process 0.46003854905164876 0.4031835576692773 27 37 A0A097PN76 MF 0016887 ATP hydrolysis activity 0.07106688109132477 0.3434079565041045 27 1 A0A097PN76 BP 0044238 primary metabolic process 0.4121153084038434 0.3979128935914478 28 37 A0A097PN76 MF 0017111 ribonucleoside triphosphate phosphatase activity 0.061783594529123645 0.34079135623388646 28 1 A0A097PN76 BP 0044237 cellular metabolic process 0.37375092620963524 0.39346826982269506 29 37 A0A097PN76 MF 0016462 pyrophosphatase activity 0.059202072844386694 0.34002930327449327 29 1 A0A097PN76 BP 0071704 organic substance metabolic process 0.35321583453082667 0.3909952117330203 30 37 A0A097PN76 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 0.05879186728940296 0.3399066938200277 30 1 A0A097PN76 BP 0008152 metabolic process 0.25672915806371116 0.37827058589289303 31 37 A0A097PN76 MF 0016817 hydrolase activity, acting on acid anhydrides 0.058665988461772595 0.3398689832292475 31 1 A0A097PN76 BP 0009987 cellular process 0.14665195929416633 0.36030457826364015 32 37 A0A097PNC3 CC 0016021 integral component of membrane 0.9097661987800066 0.44319417734882155 1 3 A0A097PNC3 CC 0031224 intrinsic component of membrane 0.906595049926627 0.44295259383246693 2 3 A0A097PNC3 CC 0016020 membrane 0.7452956806427443 0.43005189925493037 3 3 A0A097PNC3 CC 0110165 cellular anatomical entity 0.02907984494072413 0.3294606852505961 4 3 A0A097PNH6 CC 0016021 integral component of membrane 0.911179519175736 0.44330171084789255 1 95 A0A097PNH6 CC 0031224 intrinsic component of membrane 0.9080034439474719 0.4430599397545486 2 95 A0A097PNH6 CC 0016020 membrane 0.7464534963405731 0.4301492284611116 3 95 A0A097PNH6 CC 0110165 cellular anatomical entity 0.0291250204352792 0.3294799106301417 4 95 A0A097PNM5 CC 0005846 nuclear cap binding complex 13.468748102089993 0.837580995144589 1 66 A0A097PNM5 MF 0000339 RNA cap binding 12.563094442624203 0.8193534976638397 1 66 A0A097PNM5 BP 0006406 mRNA export from nucleus 11.235503487236818 0.7914017253324188 1 66 A0A097PNM5 CC 0034518 RNA cap binding complex 13.097161598633395 0.830178812009059 2 66 A0A097PNM5 BP 0006405 RNA export from nucleus 11.001830307526149 0.7863139828190063 2 66 A0A097PNM5 MF 0003723 RNA binding 3.6041906325173425 0.5803579316344596 2 66 A0A097PNM5 BP 0051168 nuclear export 10.291470221897194 0.7705062669684333 3 66 A0A097PNM5 CC 0140535 intracellular protein-containing complex 5.518161627349252 0.6457859456440112 3 66 A0A097PNM5 MF 0003676 nucleic acid binding 2.240692437128938 0.5220490471101424 3 66 A0A097PNM5 BP 0051028 mRNA transport 9.553008804871137 0.7534833182655638 4 66 A0A097PNM5 CC 0005845 mRNA cap binding complex 3.8789279034541417 0.5906713135012668 4 15 A0A097PNM5 MF 1901363 heterocyclic compound binding 1.3088910977432575 0.47081864244980154 4 66 A0A097PNM5 BP 0050658 RNA transport 9.444096101577431 0.7509177225003518 5 66 A0A097PNM5 CC 0005634 nucleus 3.3285586695590315 0.569607786923412 5 53 A0A097PNM5 MF 0097159 organic cyclic compound binding 1.3084772432375522 0.4707923780860129 5 66 A0A097PNM5 BP 0051236 establishment of RNA localization 9.443063313151928 0.7508933230716419 6 66 A0A097PNM5 CC 0032991 protein-containing complex 2.793028521611439 0.5473634130689562 6 66 A0A097PNM5 MF 0005488 binding 0.886994807406482 0.4414499433431077 6 66 A0A097PNM5 BP 0050657 nucleic acid transport 9.429108894180928 0.7505635216973601 7 66 A0A097PNM5 CC 0043231 intracellular membrane-bounded organelle 2.310431031087531 0.5254054821377567 7 53 A0A097PNM5 MF 0003735 structural constituent of ribosome 0.04000011396458783 0.33374004136911595 7 1 A0A097PNM5 BP 0006403 RNA localization 9.41974184147641 0.7503420020975591 8 66 A0A097PNM5 CC 0043227 membrane-bounded organelle 2.2906500281100346 0.5244586543657496 8 53 A0A097PNM5 MF 0005198 structural molecule activity 0.03793121503088907 0.3329790615782214 8 1 A0A097PNM5 BP 0006913 nucleocytoplasmic transport 9.13392141444977 0.7435289308348996 9 66 A0A097PNM5 CC 0043229 intracellular organelle 1.5802824976935461 0.4872298855261049 9 54 A0A097PNM5 BP 0051169 nuclear transport 9.133906263892674 0.7435285668890528 10 66 A0A097PNM5 CC 0043226 organelle 1.5510830133104114 0.4855356856733315 10 54 A0A097PNM5 BP 0015931 nucleobase-containing compound transport 8.572608256025985 0.7298313241412895 11 66 A0A097PNM5 CC 0005622 intracellular anatomical structure 1.054133811258631 0.45377831937648805 11 54 A0A097PNM5 BP 0008380 RNA splicing 6.3170436110038946 0.6696417530682665 12 53 A0A097PNM5 CC 0005840 ribosome 0.03347364977566167 0.33126550954087397 12 1 A0A097PNM5 BP 0046907 intracellular transport 6.3118615538626 0.6694920361172203 13 66 A0A097PNM5 CC 0043232 intracellular non-membrane-bounded organelle 0.02936234016957266 0.32958066301947575 13 1 A0A097PNM5 BP 0051649 establishment of localization in cell 6.229806100588042 0.6671130947012562 14 66 A0A097PNM5 CC 0043228 non-membrane-bounded organelle 0.028849308391265555 0.3293623421999085 14 1 A0A097PNM5 BP 0006397 mRNA processing 5.731144815018499 0.6523060347301635 15 53 A0A097PNM5 CC 0110165 cellular anatomical entity 0.02491995180125067 0.3276213511954213 15 54 A0A097PNM5 BP 0016071 mRNA metabolic process 5.488787587413183 0.6448769072952125 16 53 A0A097PNM5 BP 0051641 cellular localization 5.18386672410516 0.6352929060021979 17 66 A0A097PNM5 BP 0033036 macromolecule localization 5.114542556502846 0.6330749462130931 18 66 A0A097PNM5 BP 1901527 abscisic acid-activated signaling pathway involved in stomatal movement 4.963512875944433 0.6281902479272776 19 15 A0A097PNM5 BP 0048574 long-day photoperiodism, flowering 4.6866078507484135 0.6190373041521525 20 15 A0A097PNM5 BP 0048571 long-day photoperiodism 4.575408407601431 0.6152857666954449 21 15 A0A097PNM5 BP 0071705 nitrogen compound transport 4.550618670010039 0.6144432411604303 22 66 A0A097PNM5 BP 0010118 stomatal movement 4.369947773425554 0.6082321790272687 23 15 A0A097PNM5 BP 0048573 photoperiodism, flowering 4.221938472257126 0.6030476121709974 24 15 A0A097PNM5 BP 0071702 organic substance transport 4.18792508627418 0.6018433864499124 25 66 A0A097PNM5 BP 0031053 primary miRNA processing 3.9546661494822164 0.5934496919759042 26 15 A0A097PNM5 BP 0000380 alternative mRNA splicing, via spliceosome 3.9538156098474535 0.5934186392580816 27 15 A0A097PNM5 BP 0006396 RNA processing 3.9186335176003793 0.5921312216807866 28 53 A0A097PNM5 BP 0010228 vegetative to reproductive phase transition of meristem 3.899741536697452 0.5914375224972377 29 15 A0A097PNM5 BP 0009648 photoperiodism 3.8611528252685687 0.5900153333791408 30 15 A0A097PNM5 BP 0016070 RNA metabolic process 3.5875068196269666 0.5797191807464857 31 66 A0A097PNM5 BP 0035196 miRNA processing 3.477314270627777 0.5754625451575905 32 15 A0A097PNM5 BP 0070918 small regulatory ncRNA processing 3.4039101481767675 0.572589480589322 33 15 A0A097PNM5 BP 0009738 abscisic acid-activated signaling pathway 3.3387385251533694 0.570012566372853 34 15 A0A097PNM5 BP 0071215 cellular response to abscisic acid stimulus 3.329535657839814 0.5696466615295674 35 15 A0A097PNM5 BP 0097306 cellular response to alcohol 3.216852506150332 0.5651247109267239 36 15 A0A097PNM5 BP 0009737 response to abscisic acid 3.151475990648403 0.562464804366073 37 15 A0A097PNM5 BP 0000394 RNA splicing, via endonucleolytic cleavage and ligation 3.1196339342996766 0.5611592892101931 38 15 A0A097PNM5 BP 0097305 response to alcohol 3.0290904188708407 0.557410178791181 39 15 A0A097PNM5 BP 0048608 reproductive structure development 2.8003709556676917 0.5476821657512752 40 15 A0A097PNM5 BP 0061458 reproductive system development 2.7989904565873474 0.5476222669000298 41 15 A0A097PNM5 BP 0009791 post-embryonic development 2.7521503201116078 0.5455810812100566 42 15 A0A097PNM5 BP 0090304 nucleic acid metabolic process 2.742072948924289 0.5451396674117829 43 66 A0A097PNM5 BP 0071396 cellular response to lipid 2.7268108216410503 0.5444696011280228 44 15 A0A097PNM5 BP 0010467 gene expression 2.6738560957646 0.5421300213141735 45 66 A0A097PNM5 BP 0033993 response to lipid 2.6316939669218966 0.5402506509699624 46 15 A0A097PNM5 BP 0009416 response to light stimulus 2.501540720638562 0.5343520913792245 47 15 A0A097PNM5 BP 0051607 defense response to virus 2.4700391792636687 0.5329015223831408 48 15 A0A097PNM5 BP 0140546 defense response to symbiont 2.4699125712382517 0.532895673788788 49 15 A0A097PNM5 BP 0003006 developmental process involved in reproduction 2.464313842040157 0.5326368932496148 50 15 A0A097PNM5 BP 0009314 response to radiation 2.463270954807613 0.5325886571794374 51 15 A0A097PNM5 BP 0009755 hormone-mediated signaling pathway 2.4595718426686504 0.5324174818538464 52 15 A0A097PNM5 BP 0009615 response to virus 2.4416299639421712 0.5315853944064963 53 15 A0A097PNM5 BP 0006810 transport 2.4109363062256195 0.5301547994202097 54 66 A0A097PNM5 BP 0051234 establishment of localization 2.4043115600771334 0.5298448351474415 55 66 A0A097PNM5 BP 0031047 gene silencing by RNA 2.4001698167011782 0.5296508307437507 56 15 A0A097PNM5 BP 0051179 localization 2.395494052995269 0.5294316109030088 57 66 A0A097PNM5 BP 0032870 cellular response to hormone stimulus 2.3877410060012894 0.5290676428078822 58 15 A0A097PNM5 BP 0009725 response to hormone 2.304895924413679 0.52514095120973 59 15 A0A097PNM5 BP 0006139 nucleobase-containing compound metabolic process 2.2829690434016876 0.5240898987209747 60 66 A0A097PNM5 BP 0071495 cellular response to endogenous stimulus 2.2389543638015295 0.5219647334709483 61 15 A0A097PNM5 BP 1901701 cellular response to oxygen-containing compound 2.226907606254411 0.5213794455848686 62 15 A0A097PNM5 BP 0009719 response to endogenous stimulus 2.1812322712158694 0.5191458141893542 63 15 A0A097PNM5 BP 1901700 response to oxygen-containing compound 2.123882121649653 0.516307872552097 64 15 A0A097PNM5 BP 0006725 cellular aromatic compound metabolic process 2.086414772543556 0.5144330830034373 65 66 A0A097PNM5 BP 0046483 heterocycle metabolic process 2.083674231662267 0.5142952937761363 66 66 A0A097PNM5 BP 0071310 cellular response to organic substance 2.0742781545469575 0.5138221874967831 67 15 A0A097PNM5 BP 0009628 response to abiotic stimulus 2.06008807670795 0.5131056604911604 68 15 A0A097PNM5 BP 0000398 mRNA splicing, via spliceosome 2.054504487736103 0.5128230412403196 69 15 A0A097PNM5 BP 0022414 reproductive process 2.0467564974673094 0.5124302315657574 70 15 A0A097PNM5 BP 0000377 RNA splicing, via transesterification reactions with bulged adenosine as nucleophile 2.042815544606595 0.5122301468210405 71 15 A0A097PNM5 BP 1901360 organic cyclic compound metabolic process 2.0361089666285994 0.5118892052877984 72 66 A0A097PNM5 BP 0000375 RNA splicing, via transesterification reactions 2.0355476671231028 0.5118606451232064 73 15 A0A097PNM5 BP 0000003 reproduction 2.0229176188609843 0.5112169559022961 74 15 A0A097PNM5 BP 0098542 defense response to other organism 1.96540920799094 0.5082603128029659 75 15 A0A097PNM5 BP 0010033 response to organic substance 1.92846157095338 0.5063378745148663 76 15 A0A097PNM5 BP 0048731 system development 1.8485042009333716 0.5021134950008391 77 15 A0A097PNM5 BP 0006952 defense response 1.848408708799564 0.5021083958294823 78 15 A0A097PNM5 BP 0010629 negative regulation of gene expression 1.819482231080556 0.50055764385686 79 15 A0A097PNM5 BP 0007275 multicellular organism development 1.8124107202066218 0.5001766679441437 80 15 A0A097PNM5 BP 0051707 response to other organism 1.7579789269715562 0.49721893422855423 81 15 A0A097PNM5 BP 0043207 response to external biotic stimulus 1.7579328965618266 0.4972164137821211 82 15 A0A097PNM5 BP 0009607 response to biotic stimulus 1.7421767939887502 0.4963517232761986 83 15 A0A097PNM5 BP 0034641 cellular nitrogen compound metabolic process 1.6554483322977969 0.49152045768000824 84 66 A0A097PNM5 BP 0048856 anatomical structure development 1.625297052460101 0.4898113253393709 85 15 A0A097PNM5 BP 0070887 cellular response to chemical stimulus 1.6134189623333082 0.48913366427968524 86 15 A0A097PNM5 BP 0032501 multicellular organismal process 1.6117116813168195 0.4890360568246749 87 15 A0A097PNM5 BP 0032502 developmental process 1.5778790061499397 0.4870910255517509 88 15 A0A097PNM5 BP 0010605 negative regulation of macromolecule metabolic process 1.569989127242487 0.48663444855007104 89 15 A0A097PNM5 BP 0009892 negative regulation of metabolic process 1.5369570500622822 0.48471035238214805 90 15 A0A097PNM5 BP 0043170 macromolecule metabolic process 1.5242760828253206 0.4839662088215444 91 66 A0A097PNM5 BP 0048519 negative regulation of biological process 1.4390229954938838 0.4788808811980161 92 15 A0A097PNM5 BP 0044419 biological process involved in interspecies interaction between organisms 1.4362608737845863 0.4787136358232751 93 15 A0A097PNM5 BP 0009605 response to external stimulus 1.4337341869182694 0.47856050503827874 94 15 A0A097PNM5 BP 0034470 ncRNA processing 1.3429363687672016 0.4729652108433995 95 15 A0A097PNM5 BP 0042221 response to chemical 1.3043738519834458 0.47053174031626477 96 15 A0A097PNM5 BP 0034660 ncRNA metabolic process 1.2031179770710108 0.46396513879473816 97 15 A0A097PNM5 BP 0006950 response to stress 1.2027273218853882 0.4639392798162643 98 15 A0A097PNM5 BP 0006807 nitrogen compound metabolic process 1.092289361485532 0.45645236505496034 99 66 A0A097PNM5 BP 0007165 signal transduction 1.0468292715197858 0.45326090806340175 100 15 A0A097PNM5 BP 0023052 signaling 1.0399222744669006 0.4527699932784379 101 15 A0A097PNM5 BP 0007154 cell communication 1.0090010899995732 0.4505520152089254 102 15 A0A097PNM5 BP 0044238 primary metabolic process 0.978503145014286 0.44833084956394986 103 66 A0A097PNM5 BP 0044237 cellular metabolic process 0.8874129382977313 0.4414821716257225 104 66 A0A097PNM5 BP 0051716 cellular response to stimulus 0.8778652753934308 0.44074436304283515 105 15 A0A097PNM5 BP 0010468 regulation of gene expression 0.8514616637088336 0.4386828358949007 106 15 A0A097PNM5 BP 0071704 organic substance metabolic process 0.8386555847582687 0.4376714602449788 107 66 A0A097PNM5 BP 0060255 regulation of macromolecule metabolic process 0.8275589581523307 0.43678882850977185 108 15 A0A097PNM5 BP 0019222 regulation of metabolic process 0.8183952957753128 0.4360554747874742 109 15 A0A097PNM5 BP 0050896 response to stimulus 0.7845366869374535 0.43330955777923275 110 15 A0A097PNM5 BP 0050794 regulation of cellular process 0.6807351659770327 0.42449969421371836 111 15 A0A097PNM5 BP 0050789 regulation of biological process 0.6353744757507603 0.4204394724682652 112 15 A0A097PNM5 BP 0065007 biological regulation 0.6101783295675043 0.4181214006676204 113 15 A0A097PNM5 BP 0008152 metabolic process 0.6095631088181832 0.41806420689855384 114 66 A0A097PNM5 BP 0009987 cellular process 0.3482020698227247 0.3903805588576271 115 66 A0A097PNM5 BP 0006412 translation 0.0363952727746931 0.332400595512006 116 1 A0A097PNM5 BP 0043043 peptide biosynthetic process 0.03617681514446362 0.3323173358737467 117 1 A0A097PNM5 BP 0006518 peptide metabolic process 0.035795531283946774 0.33217141455915045 118 1 A0A097PNM5 BP 0043604 amide biosynthetic process 0.03514875883259706 0.33192209926544974 119 1 A0A097PNM5 BP 0043603 cellular amide metabolic process 0.03418312288132566 0.3315455610303064 120 1 A0A097PNM5 BP 0034645 cellular macromolecule biosynthetic process 0.033431922468586256 0.33124894647028585 121 1 A0A097PNM5 BP 0009059 macromolecule biosynthetic process 0.029180794899351735 0.329503626067469 122 1 A0A097PNM5 BP 0044271 cellular nitrogen compound biosynthetic process 0.02521444357611626 0.32775639005770424 123 1 A0A097PNM5 BP 0019538 protein metabolic process 0.02497101188427658 0.327644821690235 124 1 A0A097PNM5 BP 1901566 organonitrogen compound biosynthetic process 0.02481834837798105 0.3275745760963326 125 1 A0A097PNM5 BP 0044260 cellular macromolecule metabolic process 0.0247220232025032 0.3275301424450069 126 1 A0A097PNM5 BP 0044249 cellular biosynthetic process 0.019993674686009173 0.32523113350870136 127 1 A0A097PNM5 BP 1901576 organic substance biosynthetic process 0.01962127630101423 0.3250390302892084 128 1 A0A097PNM5 BP 0009058 biosynthetic process 0.01901400653186978 0.3247218146098617 129 1 A0A097PNM5 BP 1901564 organonitrogen compound metabolic process 0.017113039822695963 0.3236946019464345 130 1 A0A097PNU6 BP 0006857 oligopeptide transport 9.929781716940933 0.7622477954591569 1 92 A0A097PNU6 MF 0022857 transmembrane transporter activity 3.276818728952441 0.5675408269946918 1 94 A0A097PNU6 CC 0016021 integral component of membrane 0.9111823665055412 0.44330192740482 1 94 A0A097PNU6 BP 0015833 peptide transport 8.021419284207488 0.7159370406781445 2 92 A0A097PNU6 MF 0005215 transporter activity 3.2668230659260296 0.5671396337671601 2 94 A0A097PNU6 CC 0031224 intrinsic component of membrane 0.9080062813524122 0.44306015593372305 2 94 A0A097PNU6 BP 0042886 amide transport 7.850419222699902 0.7115300658615965 3 92 A0A097PNU6 CC 0016020 membrane 0.7464558289207546 0.4301494244680677 3 94 A0A097PNU6 BP 0071705 nitrogen compound transport 4.455924865107521 0.6112035761097356 4 92 A0A097PNU6 CC 0110165 cellular anatomical entity 0.02912511144757372 0.32947994934727787 4 94 A0A097PNU6 BP 0071702 organic substance transport 4.100778570641146 0.5987355057403274 5 92 A0A097PNU6 BP 0055085 transmembrane transport 2.7941474158723967 0.547412013989284 6 94 A0A097PNU6 BP 0006810 transport 2.4109462634999783 0.5301552649889121 7 94 A0A097PNU6 BP 0051234 establishment of localization 2.404321489990996 0.5298453000760615 8 94 A0A097PNU6 BP 0051179 localization 2.395503946492434 0.5294320749783125 9 94 A0A097PNU6 BP 0006817 phosphate ion transport 0.5990783246293958 0.41708501804642173 10 7 A0A097PNU6 BP 0015698 inorganic anion transport 0.48893800350102656 0.4062297960469353 11 7 A0A097PNU6 BP 0006820 anion transport 0.4490846736393565 0.40200400884714615 12 7 A0A097PNU6 BP 0009987 cellular process 0.34820350791278654 0.3903807357897071 13 94 A0A097PNU6 BP 0006811 ion transport 0.27354252105780724 0.3806414768961112 14 7 A0A097PNU6 BP 0050896 response to stimulus 0.06144933393036684 0.3406935933914257 15 2 A0A097PP27 CC 0016592 mediator complex 10.175630802948133 0.7678773215991772 1 40 A0A097PP27 MF 0003712 transcription coregulator activity 9.202503471321162 0.7451733235804445 1 40 A0A097PP27 BP 0006357 regulation of transcription by RNA polymerase II 6.8038265298546365 0.6834417944747933 1 40 A0A097PP27 CC 0140513 nuclear protein-containing complex 6.154556645011459 0.6649176618782626 2 40 A0A097PP27 BP 0006351 DNA-templated transcription 5.624639372590846 0.6490609979046811 2 40 A0A097PP27 MF 0140110 transcription regulator activity 4.677126773804868 0.6187191886767415 2 40 A0A097PP27 BP 0097659 nucleic acid-templated transcription 5.532093039168779 0.6462162350877583 3 40 A0A097PP27 CC 0005634 nucleus 3.9387413435051144 0.5928677311823308 3 40 A0A097PP27 BP 0032774 RNA biosynthetic process 5.39913254216497 0.6420872068584785 4 40 A0A097PP27 CC 0032991 protein-containing complex 2.792969621080166 0.5473608543626639 4 40 A0A097PP27 BP 0035196 miRNA processing 4.023899868070209 0.5959662731497057 5 11 A0A097PP27 CC 0043231 intracellular membrane-bounded organelle 2.733973207889169 0.5447842904082973 5 40 A0A097PP27 BP 0070918 small regulatory ncRNA processing 3.938957635168982 0.5928756432812687 6 11 A0A097PP27 CC 0043227 membrane-bounded organelle 2.7105660031563814 0.5437543274387354 6 40 A0A097PP27 BP 0034654 nucleobase-containing compound biosynthetic process 3.7761937904340788 0.5868588997913646 7 40 A0A097PP27 CC 0043229 intracellular organelle 1.8469033782112974 0.5020279954769822 7 40 A0A097PP27 BP 0016070 RNA metabolic process 3.5874311648114188 0.5797162808725436 8 40 A0A097PP27 CC 0043226 organelle 1.8127774378000425 0.5001964430168381 8 40 A0A097PP27 BP 0006355 regulation of DNA-templated transcription 3.5210738633646983 0.5771608983033574 9 40 A0A097PP27 CC 0005622 intracellular anatomical structure 1.2319843445344936 0.4658644353298659 9 40 A0A097PP27 BP 1903506 regulation of nucleic acid-templated transcription 3.5210543594636716 0.5771601436958202 10 40 A0A097PP27 CC 0110165 cellular anatomical entity 0.029124376960300836 0.3294796368905822 10 40 A0A097PP27 BP 2001141 regulation of RNA biosynthetic process 3.5192136663953755 0.5770889177208947 11 40 A0A097PP27 BP 0051252 regulation of RNA metabolic process 3.4936008408070847 0.5760958847712496 12 40 A0A097PP27 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4640303944561834 0.5749448729717836 13 40 A0A097PP27 BP 0010556 regulation of macromolecule biosynthetic process 3.4370627121355217 0.5738908814251733 14 40 A0A097PP27 BP 0031326 regulation of cellular biosynthetic process 3.432315418784952 0.5737049130905603 15 40 A0A097PP27 BP 0009889 regulation of biosynthetic process 3.430177747823723 0.5736211309370788 16 40 A0A097PP27 BP 0019438 aromatic compound biosynthetic process 3.381663252819605 0.5717126244688177 17 40 A0A097PP27 BP 0031323 regulation of cellular metabolic process 3.3438483608680394 0.5702155150760786 18 40 A0A097PP27 BP 0051171 regulation of nitrogen compound metabolic process 3.327653628812952 0.5695717700367644 19 40 A0A097PP27 BP 0018130 heterocycle biosynthetic process 3.324717572921678 0.5694548933988013 20 40 A0A097PP27 BP 0080090 regulation of primary metabolic process 3.321639588251416 0.5693323115280675 21 40 A0A097PP27 BP 0010468 regulation of gene expression 3.297278600012182 0.5683601157080851 22 40 A0A097PP27 BP 1901362 organic cyclic compound biosynthetic process 3.2494184907174333 0.5664396034545313 23 40 A0A097PP27 BP 0060255 regulation of macromolecule metabolic process 3.2047155606258304 0.5646329651146558 24 40 A0A097PP27 BP 0019222 regulation of metabolic process 3.1692293500994917 0.5631898240885347 25 40 A0A097PP27 BP 0031047 gene silencing by RNA 2.777443238406621 0.5466854270262083 26 11 A0A097PP27 BP 0009059 macromolecule biosynthetic process 2.7640775348757938 0.5461024797529797 27 40 A0A097PP27 BP 0090304 nucleic acid metabolic process 2.7420151229650376 0.5451371321532447 28 40 A0A097PP27 BP 0010467 gene expression 2.6737997083903324 0.5421275177901284 29 40 A0A097PP27 BP 0050794 regulation of cellular process 2.6361415794984824 0.5404496094720619 30 40 A0A097PP27 BP 0050789 regulation of biological process 2.4604826631435412 0.5324596417418191 31 40 A0A097PP27 BP 0044271 cellular nitrogen compound biosynthetic process 2.388374863793876 0.5290974215278795 32 40 A0A097PP27 BP 0065007 biological regulation 2.3629107850968527 0.5278979896832146 33 40 A0A097PP27 BP 0006139 nucleobase-containing compound metabolic process 2.282920899213938 0.5240875854166854 34 40 A0A097PP27 BP 0010629 negative regulation of gene expression 2.105479614380488 0.5153891333912797 35 11 A0A097PP27 BP 0006725 cellular aromatic compound metabolic process 2.086370773372904 0.5144308715231305 36 40 A0A097PP27 BP 0046483 heterocycle metabolic process 2.0836302902852655 0.5142930837487151 37 40 A0A097PP27 BP 1901360 organic cyclic compound metabolic process 2.03606602832742 0.5118870206308015 38 40 A0A097PP27 BP 0044249 cellular biosynthetic process 1.89385063805923 0.5045202411074221 39 40 A0A097PP27 BP 1901576 organic substance biosynthetic process 1.8585761359924127 0.5026505873145455 40 40 A0A097PP27 BP 0010605 negative regulation of macromolecule metabolic process 1.8167696533342617 0.5004115920737255 41 11 A0A097PP27 BP 0009058 biosynthetic process 1.801054031735456 0.4995632705084257 42 40 A0A097PP27 BP 0009892 negative regulation of metabolic process 1.7785453915439935 0.4983417920587849 43 11 A0A097PP27 BP 0048519 negative regulation of biological process 1.665217461254214 0.4920708791256556 44 11 A0A097PP27 BP 0034641 cellular nitrogen compound metabolic process 1.6554134215242358 0.49151848779639645 45 40 A0A097PP27 BP 0034470 ncRNA processing 1.554027348852034 0.4857072395152785 46 11 A0A097PP27 BP 0043170 macromolecule metabolic process 1.5242439382659687 0.48396431859190203 47 40 A0A097PP27 BP 0034660 ncRNA metabolic process 1.3922314442792445 0.47602562922399294 48 11 A0A097PP27 BP 0006396 RNA processing 1.3856341284208278 0.4756192199691464 49 11 A0A097PP27 BP 0006807 nitrogen compound metabolic process 1.0922663268393773 0.45645076493845976 50 40 A0A097PP27 BP 0044238 primary metabolic process 0.9784825099385439 0.448329335082826 51 40 A0A097PP27 BP 0044237 cellular metabolic process 0.8873942241696372 0.4414807293588444 52 40 A0A097PP27 BP 0071704 organic substance metabolic process 0.8386378988452481 0.43767005815923493 53 40 A0A097PP27 BP 0008152 metabolic process 0.6095502541012779 0.4180630115568011 54 40 A0A097PP27 BP 0009987 cellular process 0.34819472679463026 0.3903796554194767 55 40 A0A097PP80 BP 0015748 organophosphate ester transport 2.1609239786898407 0.5181451842503763 1 18 A0A097PP80 CC 0016021 integral component of membrane 0.9111705960998172 0.4433010321909483 1 95 A0A097PP80 MF 0022857 transmembrane transporter activity 0.5727720739963941 0.41458983823333684 1 16 A0A097PP80 BP 0009409 response to cold 2.1062363351692603 0.5154269913984133 2 16 A0A097PP80 CC 0031224 intrinsic component of membrane 0.9079945519744914 0.44305926228142545 2 95 A0A097PP80 MF 0005215 transporter activity 0.5710248804174447 0.4144221053153657 2 16 A0A097PP80 BP 0006810 transport 2.0667552453026703 0.5134426250360142 3 81 A0A097PP80 CC 0031966 mitochondrial membrane 0.8822486798823476 0.4410835921506203 3 17 A0A097PP80 BP 0051234 establishment of localization 2.061076236356716 0.5131556373288046 4 81 A0A097PP80 CC 0005740 mitochondrial envelope 0.8792458295210576 0.4408512944985307 4 17 A0A097PP80 BP 0051179 localization 2.0535175012027094 0.5127730439498513 5 81 A0A097PP80 CC 0031967 organelle envelope 0.8229136690072673 0.4364175834891719 5 17 A0A097PP80 BP 0055085 transmembrane transport 2.013472185299735 0.5107342559419713 6 68 A0A097PP80 CC 0005739 mitochondrion 0.8187640824574186 0.43608506726798546 6 17 A0A097PP80 BP 0006839 mitochondrial transport 1.9162567424331072 0.505698799874494 7 17 A0A097PP80 CC 0031975 envelope 0.749642158640706 0.430416886758734 7 17 A0A097PP80 BP 0015711 organic anion transport 1.7948860121643126 0.49922931293226913 8 18 A0A097PP80 CC 0016020 membrane 0.7464461864075933 0.4301486142046964 8 95 A0A097PP80 BP 0009266 response to temperature stimulus 1.5898212699999492 0.48777994272519243 9 16 A0A097PP80 CC 0031090 organelle membrane 0.7432433236426259 0.4298791864572159 9 17 A0A097PP80 BP 0006820 anion transport 1.4278603703778652 0.47820399794555557 10 18 A0A097PP80 CC 0043231 intracellular membrane-bounded organelle 0.48541003210660466 0.4058628346938975 10 17 A0A097PP80 BP 0009628 response to abiotic stimulus 1.394494173301417 0.4761647964903604 11 16 A0A097PP80 CC 0043227 membrane-bounded organelle 0.48125414207517286 0.4054288455584425 11 17 A0A097PP80 BP 0046907 intracellular transport 1.1206314308925265 0.45840854655081603 12 17 A0A097PP80 CC 0005737 cytoplasm 0.3534036951655968 0.3910181570778946 12 17 A0A097PP80 BP 0051649 establishment of localization in cell 1.106062999815433 0.457406157268228 13 17 A0A097PP80 CC 0043229 intracellular organelle 0.3279130261878138 0.387846878760653 13 17 A0A097PP80 BP 0071705 nitrogen compound transport 1.0262432948618536 0.4517929244909634 14 18 A0A097PP80 CC 0043226 organelle 0.3218540517315554 0.3870751288121509 14 17 A0A097PP80 BP 0071702 organic substance transport 0.944449612422292 0.44580942192739537 15 18 A0A097PP80 CC 0005622 intracellular anatomical structure 0.2187357061545738 0.3726088627668372 15 17 A0A097PP80 BP 0051641 cellular localization 0.9203630236526855 0.4439984222530554 16 17 A0A097PP80 CC 0110165 cellular anatomical entity 0.0291247352173139 0.32947978929644156 16 95 A0A097PP80 BP 0006811 ion transport 0.8697257963992701 0.44011219943017565 17 18 A0A097PP80 BP 0006950 response to stress 0.8141381241911632 0.4357133834302712 18 16 A0A097PP80 BP 0050896 response to stimulus 0.5310607109690936 0.4105129208168352 19 16 A0A097PP80 BP 0009987 cellular process 0.2984933498131232 0.38402935921740494 20 81 A0A097PP87 BP 0007166 cell surface receptor signaling pathway 7.233599648091891 0.6952205125530633 1 94 A0A097PP87 MF 0004888 transmembrane signaling receptor activity 6.820806983749847 0.6839141169190268 1 94 A0A097PP87 CC 0016021 integral component of membrane 0.9111736474541177 0.44330126426631566 1 94 A0A097PP87 MF 0038023 signaling receptor activity 6.567031654859215 0.676792718365548 2 94 A0A097PP87 BP 0048856 anatomical structure development 6.153731793334293 0.6648935223572721 2 92 A0A097PP87 CC 0031224 intrinsic component of membrane 0.9079975926927638 0.4430594939519701 2 94 A0A097PP87 MF 0060089 molecular transducer activity 6.4706449490649876 0.6740519544918304 3 94 A0A097PP87 BP 0032502 developmental process 5.974196650072351 0.6596003056371484 3 92 A0A097PP87 CC 0005886 plasma membrane 0.8467675165760563 0.43831299870399465 3 29 A0A097PP87 BP 0010244 response to low fluence blue light stimulus by blue low-fluence system 5.694426461240188 0.6511907226166169 4 26 A0A097PP87 CC 0071944 cell periphery 0.8094687921237419 0.4353371422034964 4 29 A0A097PP87 MF 0004930 G protein-coupled receptor activity 0.6773253595695855 0.4241992788631796 4 8 A0A097PP87 BP 0010231 maintenance of seed dormancy 5.581216568577582 0.6477291710102566 5 26 A0A097PP87 CC 0016020 membrane 0.7464486861280525 0.4301488242574843 5 94 A0A097PP87 BP 0097437 maintenance of dormancy 5.581216568577582 0.6477291710102566 6 26 A0A097PP87 CC 0110165 cellular anatomical entity 0.02912483275106492 0.3294798307880424 6 94 A0A097PP87 BP 0009645 response to low light intensity stimulus 5.385714130045389 0.641667693454895 7 26 A0A097PP87 BP 0009939 positive regulation of gibberellic acid mediated signaling pathway 5.355022290700238 0.6407061742821474 8 26 A0A097PP87 BP 0032960 regulation of inositol trisphosphate biosynthetic process 5.330395373728739 0.6399326638025268 9 26 A0A097PP87 BP 0010919 regulation of inositol phosphate biosynthetic process 5.01452349675162 0.6298482730431676 10 26 A0A097PP87 BP 0010162 seed dormancy process 4.955756462253204 0.6279373922118894 11 26 A0A097PP87 BP 0007202 activation of phospholipase C activity 4.922882474066244 0.6268635114596897 12 26 A0A097PP87 BP 0009937 regulation of gibberellic acid mediated signaling pathway 4.8719164594096975 0.625191512509135 13 26 A0A097PP87 BP 0010863 positive regulation of phospholipase C activity 4.752845960619886 0.6212508513676555 14 26 A0A097PP87 BP 1900274 regulation of phospholipase C activity 4.72723641678652 0.6203968711668947 15 26 A0A097PP87 BP 0022611 dormancy process 4.658650624641352 0.6180983367303321 16 26 A0A097PP87 BP 0010431 seed maturation 4.655724711711472 0.6179999047653884 17 26 A0A097PP87 BP 0009788 negative regulation of abscisic acid-activated signaling pathway 4.623101561131148 0.6169003125196874 18 26 A0A097PP87 BP 1901420 negative regulation of response to alcohol 4.62016959228997 0.6168012981726176 19 26 A0A097PP87 BP 1905958 negative regulation of cellular response to alcohol 4.62016959228997 0.6168012981726176 20 26 A0A097PP87 BP 0010518 positive regulation of phospholipase activity 4.588752868977642 0.6157383582241431 21 26 A0A097PP87 BP 0010517 regulation of phospholipase activity 4.501777566907009 0.6127765432716408 22 26 A0A097PP87 BP 0060193 positive regulation of lipase activity 4.476846693987719 0.6119222939879377 23 26 A0A097PP87 BP 0009787 regulation of abscisic acid-activated signaling pathway 4.4165735608475805 0.6098471727647038 24 26 A0A097PP87 BP 1905957 regulation of cellular response to alcohol 4.412106743204813 0.609692824425849 25 26 A0A097PP87 BP 1901419 regulation of response to alcohol 4.408420469239252 0.6095653884746348 26 26 A0A097PP87 BP 1902930 regulation of alcohol biosynthetic process 4.399272552273703 0.6092489109986909 27 26 A0A097PP87 BP 0060191 regulation of lipase activity 4.36774298675919 0.6081555982340143 28 26 A0A097PP87 BP 0009642 response to light intensity 4.302388782646462 0.6058767500988194 29 26 A0A097PP87 BP 0007165 signal transduction 4.053901567390506 0.5970500793592448 30 94 A0A097PP87 BP 0023052 signaling 4.0271538570040715 0.5960840178413551 31 94 A0A097PP87 BP 0009742 brassinosteroid mediated signaling pathway 3.993998606851518 0.5948820676544208 32 26 A0A097PP87 BP 0071367 cellular response to brassinosteroid stimulus 3.9919854910955195 0.594808927453442 33 26 A0A097PP87 BP 0009741 response to brassinosteroid 3.965741120678282 0.5938537284506376 34 26 A0A097PP87 BP 0007154 cell communication 3.907409939263135 0.5917193025667129 35 94 A0A097PP87 BP 0009908 flower development 3.821109033915609 0.5885319830575901 36 26 A0A097PP87 BP 0090567 reproductive shoot system development 3.811442791183546 0.5881727514669344 37 26 A0A097PP87 BP 0048316 seed development 3.787261395360516 0.5872720854734975 38 26 A0A097PP87 BP 0043255 regulation of carbohydrate biosynthetic process 3.762640183673819 0.5863520788100143 39 26 A0A097PP87 BP 0009738 abscisic acid-activated signaling pathway 3.751004815707904 0.5859162594334872 40 26 A0A097PP87 BP 0071215 cellular response to abscisic acid stimulus 3.7406655814877343 0.5855284210708189 41 26 A0A097PP87 BP 0009785 blue light signaling pathway 3.7093807823321128 0.5843516107751558 42 26 A0A097PP87 BP 0071483 cellular response to blue light 3.7065170980412407 0.5842436428157282 43 26 A0A097PP87 BP 0010154 fruit development 3.689471106971796 0.5836001020565081 44 26 A0A097PP87 BP 0010675 regulation of cellular carbohydrate metabolic process 3.6711207827750196 0.5829056547018358 45 26 A0A097PP87 BP 0097306 cellular response to alcohol 3.614068352788318 0.5807354101280672 46 26 A0A097PP87 BP 0009637 response to blue light 3.5951404321957368 0.5800116225981025 47 26 A0A097PP87 BP 0009737 response to abscisic acid 3.54061916752435 0.5779160601679239 48 26 A0A097PP87 BP 0009735 response to cytokinin 3.51855884456465 0.5770635747714996 49 26 A0A097PP87 BP 0071695 anatomical structure maturation 3.494053538760502 0.5761134678305946 50 26 A0A097PP87 BP 0043401 steroid hormone mediated signaling pathway 3.478235186652546 0.5754983965417874 51 26 A0A097PP87 BP 0071383 cellular response to steroid hormone stimulus 3.446764091590722 0.5742705199267362 52 26 A0A097PP87 BP 0071482 cellular response to light stimulus 3.4372685550047475 0.573898942115134 53 26 A0A097PP87 BP 0021700 developmental maturation 3.423885021195021 0.5733743472258852 54 26 A0A097PP87 BP 0048545 response to steroid hormone 3.4112684596039164 0.5728788757239611 55 26 A0A097PP87 BP 0097305 response to alcohol 3.4031214672245893 0.5725584439930067 56 26 A0A097PP87 BP 0051716 cellular response to stimulus 3.399579580640208 0.5724190174078426 57 94 A0A097PP87 BP 0071478 cellular response to radiation 3.3699766117921635 0.5712508426275907 58 26 A0A097PP87 BP 0048367 shoot system development 3.3621421227487898 0.5709408249303582 59 26 A0A097PP87 BP 0009094 L-phenylalanine biosynthetic process 3.2592984186480884 0.5668372139401318 60 26 A0A097PP87 BP 1902223 erythrose 4-phosphate/phosphoenolpyruvate family amino acid biosynthetic process 3.2592984186480884 0.5668372139401318 61 26 A0A097PP87 BP 0006571 tyrosine biosynthetic process 3.201024273357109 0.5644832226995402 62 26 A0A097PP87 BP 0006109 regulation of carbohydrate metabolic process 3.170164382566431 0.5632279530035841 63 26 A0A097PP87 BP 0030522 intracellular receptor signaling pathway 3.1623377914341657 0.5629086252438484 64 26 A0A097PP87 BP 0048608 reproductive structure development 3.146159802973949 0.5622473023980098 65 26 A0A097PP87 BP 0061458 reproductive system development 3.144608840339577 0.5621838130159504 66 26 A0A097PP87 BP 0062012 regulation of small molecule metabolic process 3.1228312029356 0.5612906763012626 67 26 A0A097PP87 BP 0071407 cellular response to organic cyclic compound 3.1154867839418854 0.5609887677704939 68 26 A0A097PP87 BP 0071214 cellular response to abiotic stimulus 3.10754683153722 0.5606619779404208 69 26 A0A097PP87 BP 0104004 cellular response to environmental stimulus 3.10754683153722 0.5606619779404208 70 26 A0A097PP87 BP 0009791 post-embryonic development 3.0919848998407193 0.5600202720559766 71 26 A0A097PP87 BP 0071396 cellular response to lipid 3.063516488770308 0.5588421662640892 72 26 A0A097PP87 BP 0050896 response to stimulus 3.038159699368881 0.557788210843931 73 94 A0A097PP87 BP 0014070 response to organic cyclic compound 2.9938412716117084 0.5559354976571593 74 26 A0A097PP87 BP 0006570 tyrosine metabolic process 2.9677651030952994 0.5548389821262618 75 26 A0A097PP87 BP 0033993 response to lipid 2.9566546373798506 0.5543703185924689 76 26 A0A097PP87 BP 0009095 aromatic amino acid family biosynthetic process, prephenate pathway 2.9451144713381505 0.5538825961093613 77 26 A0A097PP87 BP 0006558 L-phenylalanine metabolic process 2.9420995104042773 0.5537550173392092 78 26 A0A097PP87 BP 1902221 erythrose 4-phosphate/phosphoenolpyruvate family amino acid metabolic process 2.942064169217414 0.5537535214811818 79 26 A0A097PP87 BP 0048609 multicellular organismal reproductive process 2.938466194923765 0.5536011858674553 80 26 A0A097PP87 BP 0032504 multicellular organism reproduction 2.907990828177994 0.5523071221716165 81 26 A0A097PP87 BP 0051345 positive regulation of hydrolase activity 2.89914272332341 0.5519301397514801 82 26 A0A097PP87 BP 0009416 response to light stimulus 2.8104301127844793 0.5481181802681132 83 26 A0A097PP87 BP 0003006 developmental process involved in reproduction 2.7686064719559482 0.5463001676168834 84 26 A0A097PP87 BP 0009314 response to radiation 2.767434809364811 0.5462490401206983 85 26 A0A097PP87 BP 0009967 positive regulation of signal transduction 2.7641616781247644 0.5461061540772554 86 26 A0A097PP87 BP 0009755 hormone-mediated signaling pathway 2.763278932124782 0.5460676039926321 87 26 A0A097PP87 BP 0010647 positive regulation of cell communication 2.726659071265053 0.544462929298597 88 26 A0A097PP87 BP 0023056 positive regulation of signaling 2.726651150356633 0.54446258104428 89 26 A0A097PP87 BP 0032870 cellular response to hormone stimulus 2.682578448326572 0.5425169647632546 90 26 A0A097PP87 BP 0043085 positive regulation of catalytic activity 2.6596918779847787 0.5415003172532254 91 26 A0A097PP87 BP 0000278 mitotic cell cycle 2.642813594401956 0.5407477594117771 92 26 A0A097PP87 BP 0050794 regulation of cellular process 2.636182834595077 0.5404514541823261 93 94 A0A097PP87 BP 0009725 response to hormone 2.5895036844144848 0.5383548945745797 94 26 A0A097PP87 BP 0044093 positive regulation of molecular function 2.5778598689065784 0.5378289830341825 95 26 A0A097PP87 BP 0048584 positive regulation of response to stimulus 2.5643254966058877 0.5372161865719498 96 26 A0A097PP87 BP 0019220 regulation of phosphate metabolic process 2.5499876622676902 0.5365652450952842 97 26 A0A097PP87 BP 0051174 regulation of phosphorus metabolic process 2.5498924598080692 0.5365609167708778 98 26 A0A097PP87 BP 0071495 cellular response to endogenous stimulus 2.5154196824634467 0.534988284074905 99 26 A0A097PP87 BP 1901701 cellular response to oxygen-containing compound 2.501885395416865 0.5343679121405287 100 26 A0A097PP87 BP 0009968 negative regulation of signal transduction 2.4768850148908688 0.5332175394676408 101 26 A0A097PP87 BP 0023057 negative regulation of signaling 2.4694802522986334 0.5328757019018944 102 26 A0A097PP87 BP 0010648 negative regulation of cell communication 2.4677940641728164 0.5327977881670887 103 26 A0A097PP87 BP 0050789 regulation of biological process 2.4605211692126865 0.5324614239316172 104 94 A0A097PP87 BP 0009719 response to endogenous stimulus 2.4505700856380703 0.532000389657191 105 26 A0A097PP87 BP 1901700 response to oxygen-containing compound 2.3861383592288976 0.5289923326223106 106 26 A0A097PP87 BP 0065007 biological regulation 2.362947764185321 0.527899736178674 107 94 A0A097PP87 BP 0048585 negative regulation of response to stimulus 2.3516354754637216 0.5273648261280184 108 26 A0A097PP87 BP 0071310 cellular response to organic substance 2.330409311243063 0.5263576475678426 109 26 A0A097PP87 BP 0051336 regulation of hydrolase activity 2.323804838119827 0.5260433313977945 110 26 A0A097PP87 BP 0009628 response to abiotic stimulus 2.3144670474484035 0.5255981696167639 111 26 A0A097PP87 BP 0022414 reproductive process 2.299489289365255 0.5248822532977153 112 26 A0A097PP87 BP 0000003 reproduction 2.272706794186393 0.523596249968115 113 26 A0A097PP87 BP 0010033 response to organic substance 2.166587345806444 0.5184247006668418 114 26 A0A097PP87 BP 0009966 regulation of signal transduction 2.1327689946477077 0.5167501214923429 115 26 A0A097PP87 BP 0009073 aromatic amino acid family biosynthetic process 2.127981998216713 0.5165120147387369 116 26 A0A097PP87 BP 0010646 regulation of cell communication 2.098925636236937 0.5150609591768606 117 26 A0A097PP87 BP 0023051 regulation of signaling 2.095272441917166 0.5148778121111677 118 26 A0A097PP87 BP 0048731 system development 2.0767568670981382 0.5139470981861033 119 26 A0A097PP87 BP 0007275 multicellular organism development 2.036206575722601 0.5118941714533076 120 26 A0A097PP87 BP 0009072 aromatic amino acid family metabolic process 2.0260080660706032 0.5113746455114637 121 26 A0A097PP87 BP 0048583 regulation of response to stimulus 1.9352343075858007 0.5066916392235177 122 26 A0A097PP87 BP 0048522 positive regulation of cellular process 1.8952076895108603 0.5045918195581427 123 26 A0A097PP87 BP 0048518 positive regulation of biological process 1.8328705596488948 0.5012769145243154 124 26 A0A097PP87 BP 0070887 cellular response to chemical stimulus 1.8126433836829692 0.5001892144439775 125 26 A0A097PP87 BP 0032501 multicellular organismal process 1.8107252881908036 0.5000857560825207 126 26 A0A097PP87 BP 0048523 negative regulation of cellular process 1.8058107585804297 0.49982042552121897 127 26 A0A097PP87 BP 0050790 regulation of catalytic activity 1.8046385603993127 0.4997570863989338 128 26 A0A097PP87 BP 0007049 cell cycle 1.790547638892959 0.4989940747750322 129 26 A0A097PP87 BP 0065009 regulation of molecular function 1.7812304702436579 0.4984879079131767 130 26 A0A097PP87 BP 0048519 negative regulation of biological process 1.6167130625372998 0.4893218463941805 131 26 A0A097PP87 BP 1901607 alpha-amino acid biosynthetic process 1.5261985618640193 0.4840792221181751 132 26 A0A097PP87 BP 0042221 response to chemical 1.4654374888637383 0.48047223101279035 133 26 A0A097PP87 BP 0008652 cellular amino acid biosynthetic process 1.433183187134191 0.4785270935777206 134 26 A0A097PP87 BP 1901605 alpha-amino acid metabolic process 1.3558750177929388 0.4737738514233625 135 26 A0A097PP87 BP 0046394 carboxylic acid biosynthetic process 1.2872259578058396 0.46943808411371923 136 26 A0A097PP87 BP 0016053 organic acid biosynthetic process 1.2791544815020384 0.4689207815706853 137 26 A0A097PP87 BP 0006520 cellular amino acid metabolic process 1.1723839155104616 0.46191773750459486 138 26 A0A097PP87 BP 0044283 small molecule biosynthetic process 1.1308353383951117 0.4591067572122337 139 26 A0A097PP87 BP 0007189 adenylate cyclase-activating G protein-coupled receptor signaling pathway 1.0338313917387534 0.4523357293655022 140 7 A0A097PP87 BP 0031326 regulation of cellular biosynthetic process 0.9957764697722906 0.4495930472564781 141 26 A0A097PP87 BP 0009889 regulation of biosynthetic process 0.9951562929576372 0.44954792000811605 142 26 A0A097PP87 BP 0019752 carboxylic acid metabolic process 0.9907250941621516 0.4492250732199241 143 26 A0A097PP87 BP 0043436 oxoacid metabolic process 0.9835033976052964 0.44869736619760925 144 26 A0A097PP87 BP 0019438 aromatic compound biosynthetic process 0.9810813649065643 0.4485199487539183 145 26 A0A097PP87 BP 0006082 organic acid metabolic process 0.9750153067885999 0.4480746376233828 146 26 A0A097PP87 BP 0031323 regulation of cellular metabolic process 0.9701105842474603 0.4477135666715315 147 26 A0A097PP87 BP 0080090 regulation of primary metabolic process 0.9636674196498473 0.4472378502545009 148 26 A0A097PP87 BP 1901362 organic cyclic compound biosynthetic process 0.9427147795888916 0.4456797624010758 149 26 A0A097PP87 BP 0007188 adenylate cyclase-modulating G protein-coupled receptor signaling pathway 0.9221297071693171 0.4441320533501497 150 7 A0A097PP87 BP 0019222 regulation of metabolic process 0.9194504668390818 0.4439293466564684 151 26 A0A097PP87 BP 0044281 small molecule metabolic process 0.7536149080550171 0.4307495666439209 152 26 A0A097PP87 BP 1901566 organonitrogen compound biosynthetic process 0.6820255555485647 0.42461318554959926 153 26 A0A097PP87 BP 0007186 G protein-coupled receptor signaling pathway 0.6245419775695782 0.4194486099906161 154 8 A0A097PP87 BP 0006725 cellular aromatic compound metabolic process 0.6052937069754547 0.4176665058143864 155 26 A0A097PP87 BP 1901360 organic cyclic compound metabolic process 0.5906993951706497 0.41629632151804385 156 26 A0A097PP87 BP 0044249 cellular biosynthetic process 0.5494401511939762 0.4123283823404805 157 26 A0A097PP87 BP 1901576 organic substance biosynthetic process 0.5392063833564313 0.41132133814841654 158 26 A0A097PP87 BP 0009058 biosynthetic process 0.5225181857632327 0.40965842896677557 159 26 A0A097PP87 BP 1901564 organonitrogen compound metabolic process 0.47027829227161466 0.40427357102712624 160 26 A0A097PP87 BP 0009987 cellular process 0.34820017597353603 0.3903803258517211 161 94 A0A097PP87 BP 0006807 nitrogen compound metabolic process 0.31688611747002376 0.3864369114296914 162 26 A0A097PP87 BP 0044238 primary metabolic process 0.2838753845721602 0.3820624979428033 163 26 A0A097PP87 BP 0044237 cellular metabolic process 0.25744903367674027 0.378373660659479 164 26 A0A097PP87 BP 0071704 organic substance metabolic process 0.24330394629786048 0.37632113397563355 165 26 A0A097PP87 BP 0008152 metabolic process 0.17684149797417048 0.36576026838664694 166 26 A0A097PPG1 MF 0017150 tRNA dihydrouridine synthase activity 10.778688093020088 0.7814048481111413 1 62 A0A097PPG1 BP 0002943 tRNA dihydrouridine synthesis 10.446812181724672 0.7740085968739423 1 62 A0A097PPG1 MF 0106413 dihydrouridine synthase activity 10.778688093020088 0.7814048481111413 2 62 A0A097PPG1 BP 0006400 tRNA modification 6.545611737638648 0.6761853887962554 2 62 A0A097PPG1 MF 0016627 oxidoreductase activity, acting on the CH-CH group of donors 6.776245524122374 0.6826733528106088 3 62 A0A097PPG1 BP 0008033 tRNA processing 5.906395427348954 0.6575806753714563 3 62 A0A097PPG1 MF 0050660 flavin adenine dinucleotide binding 6.095258330010656 0.6631781376624631 4 62 A0A097PPG1 BP 0009451 RNA modification 5.656026526145114 0.650020479398165 4 62 A0A097PPG1 MF 0140101 catalytic activity, acting on a tRNA 5.795739317542924 0.6542594425292072 5 62 A0A097PPG1 BP 0034470 ncRNA processing 5.20059895395418 0.6358260119201966 5 62 A0A097PPG1 BP 0006399 tRNA metabolic process 5.109608929610963 0.6329165282970148 6 62 A0A097PPG1 MF 0140098 catalytic activity, acting on RNA 4.688723272004904 0.6191082382708988 6 62 A0A097PPG1 BP 0034660 ncRNA metabolic process 4.659144125184988 0.6181149357593542 7 62 A0A097PPG1 MF 0140640 catalytic activity, acting on a nucleic acid 3.7733167292906282 0.5867513916581577 7 62 A0A097PPG1 BP 0006396 RNA processing 4.637066010551077 0.6173714700497773 8 62 A0A097PPG1 MF 0016491 oxidoreductase activity 2.9087828467410564 0.5523408389364637 8 62 A0A097PPG1 BP 0043412 macromolecule modification 3.671517620915857 0.5829206909316305 9 62 A0A097PPG1 MF 0043168 anion binding 2.479745770286953 0.5333494681051996 9 62 A0A097PPG1 BP 0016070 RNA metabolic process 3.587492160134952 0.5797186188457276 10 62 A0A097PPG1 MF 0000166 nucleotide binding 2.462269081150962 0.5325423084694083 10 62 A0A097PPG1 BP 0090304 nucleic acid metabolic process 2.7420617440963913 0.5451391761615689 11 62 A0A097PPG1 MF 1901265 nucleoside phosphate binding 2.4622690221166574 0.5325423057380836 11 62 A0A097PPG1 BP 0010467 gene expression 2.673845169688622 0.5421295362130668 12 62 A0A097PPG1 MF 0036094 small molecule binding 2.3028087683764893 0.5250411204837451 12 62 A0A097PPG1 BP 0006139 nucleobase-containing compound metabolic process 2.282959714592533 0.5240894504782374 13 62 A0A097PPG1 MF 0046872 metal ion binding 1.8402751518699234 0.5016735886810201 13 42 A0A097PPG1 BP 0006725 cellular aromatic compound metabolic process 2.086406246906607 0.5144326544908586 14 62 A0A097PPG1 MF 0043169 cation binding 1.8299744635994408 0.5011215487543197 14 42 A0A097PPG1 BP 0046483 heterocycle metabolic process 2.0836657172238855 0.5142948655450793 15 62 A0A097PPG1 MF 0043167 ion binding 1.634712192261014 0.49034671432030963 15 62 A0A097PPG1 BP 1901360 organic cyclic compound metabolic process 2.0361006465543423 0.5118887819727002 16 62 A0A097PPG1 MF 1901363 heterocyclic compound binding 1.3088857492715862 0.47081830304732475 16 62 A0A097PPG1 BP 0034641 cellular nitrogen compound metabolic process 1.6554415677025422 0.49152007598097003 17 62 A0A097PPG1 MF 0097159 organic cyclic compound binding 1.308471896456999 0.47079203873719766 17 62 A0A097PPG1 BP 0043170 macromolecule metabolic process 1.5242698542342163 0.48396584255684116 18 62 A0A097PPG1 MF 0005488 binding 0.8869911829134984 0.4414496639447886 18 62 A0A097PPG1 BP 0006807 nitrogen compound metabolic process 1.0922848981052578 0.45645205500469865 19 62 A0A097PPG1 MF 0003824 catalytic activity 0.7267306490677238 0.4284808197723734 19 62 A0A097PPG1 BP 0044238 primary metabolic process 0.9784991465942797 0.4483305561070243 20 62 A0A097PPG1 MF 0003677 DNA binding 0.33796407449452187 0.3891115519412538 20 6 A0A097PPG1 BP 0044237 cellular metabolic process 0.8874093120961556 0.44148189216155675 21 62 A0A097PPG1 MF 0003676 nucleic acid binding 0.23352757742107275 0.3748674515418052 21 6 A0A097PPG1 BP 0071704 organic substance metabolic process 0.8386521577920033 0.43767118856660314 22 62 A0A097PPG1 BP 0008152 metabolic process 0.6095606179837472 0.41806397528040407 23 62 A0A097PPG1 BP 0009987 cellular process 0.3482006469779139 0.39038038380085166 24 62 A0A097PPL1 MF 0030246 carbohydrate binding 7.39252741706936 0.6994872227354503 1 2 A0A097PPL1 MF 0003729 mRNA binding 3.9795625439700597 0.5943571702841526 2 1 A0A097PPL1 MF 0003723 RNA binding 2.90585030003169 0.5522159754633631 3 1 A0A097PPL1 MF 0003676 nucleic acid binding 1.8065406230086622 0.4998598529834365 4 1 A0A097PPL1 MF 1901363 heterocyclic compound binding 1.0552831347962148 0.4538595673841742 5 1 A0A097PPL1 MF 0097159 organic cyclic compound binding 1.0549494678617517 0.4538359843528986 6 1 A0A097PPL1 MF 0005488 binding 0.8866752797020873 0.44142530997942664 7 2 A0A097PPT0 CC 0005783 endoplasmic reticulum 6.565838019878808 0.6767589007222186 1 7 A0A097PPT0 CC 0012505 endomembrane system 5.421169588015597 0.642775043845174 2 7 A0A097PPT0 CC 0043231 intracellular membrane-bounded organelle 2.733366027747724 0.5447576291177733 3 7 A0A097PPT0 CC 0043227 membrane-bounded organelle 2.7099640214528145 0.5437277805252991 4 7 A0A097PPT0 CC 0005737 cytoplasm 1.9900323243298936 0.5095314699823739 5 7 A0A097PPT0 CC 0043229 intracellular organelle 1.8464932048229181 0.5020060822605572 6 7 A0A097PPT0 CC 0043226 organelle 1.8123748433423077 0.5001747331937804 7 7 A0A097PPT0 CC 0005622 intracellular anatomical structure 1.231710736722093 0.4658465380662624 8 7 A0A097PPT0 CC 0110165 cellular anatomical entity 0.029117908812306106 0.3294768851191227 9 7 A0A097PPY9 MF 0090471 9,15,9'-tri-cis-zeta-carotene isomerase activity 4.6854459204343994 0.6189983355959037 1 19 A0A097PPY9 BP 0016120 carotene biosynthetic process 2.9303094389722357 0.5532554890044258 1 19 A0A097PPY9 CC 0016021 integral component of membrane 0.9017426929648817 0.44258211365324485 1 94 A0A097PPY9 MF 0016853 isomerase activity 3.3422428123522634 0.5701517637962409 2 60 A0A097PPY9 BP 0046246 terpene biosynthetic process 2.8594776617627184 0.5502330566788307 2 19 A0A097PPY9 CC 0031224 intrinsic component of membrane 0.8985995114412402 0.44234159779549254 2 94 A0A097PPY9 BP 0016119 carotene metabolic process 2.8507188584342575 0.549856724813177 3 19 A0A097PPY9 MF 0016859 cis-trans isomerase activity 1.7899150975649227 0.498959752904623 3 19 A0A097PPY9 CC 0016020 membrane 0.7387226905320506 0.42949791678307314 3 94 A0A097PPY9 BP 0042214 terpene metabolic process 2.7781769178020257 0.5467173859149314 4 19 A0A097PPY9 MF 0003824 catalytic activity 0.4600043539207909 0.40317989741001053 4 60 A0A097PPY9 CC 0000145 exocyst 0.2342819410885349 0.3749806910555611 4 2 A0A097PPY9 BP 0120251 hydrocarbon biosynthetic process 2.2816963100887717 0.5240287363148157 5 19 A0A097PPY9 CC 0099023 vesicle tethering complex 0.20604227033558214 0.3706090086951389 5 2 A0A097PPY9 BP 0120252 hydrocarbon metabolic process 2.2230764988281773 0.5211929808281424 6 19 A0A097PPY9 CC 0005938 cell cortex 0.20432679608339555 0.3703340613926799 6 2 A0A097PPY9 BP 0008299 isoprenoid biosynthetic process 1.638799761402059 0.49057867258410814 7 19 A0A097PPY9 CC 0031969 chloroplast membrane 0.12792782633696442 0.35663368347975405 7 1 A0A097PPY9 BP 0006720 isoprenoid metabolic process 1.624830324664515 0.48978474472012806 8 19 A0A097PPY9 CC 0009941 chloroplast envelope 0.12610452701441252 0.3562622612695171 8 1 A0A097PPY9 BP 0008610 lipid biosynthetic process 1.1364980886195906 0.4594928766522878 9 19 A0A097PPY9 CC 0042170 plastid membrane 0.0856319003144723 0.34718977264714457 9 1 A0A097PPY9 BP 0044255 cellular lipid metabolic process 1.0839970157569006 0.45587523753274994 10 19 A0A097PPY9 CC 0009526 plastid envelope 0.08546168994587462 0.34714752322098985 10 1 A0A097PPY9 BP 0006629 lipid metabolic process 1.0069264648018916 0.4504019935844287 11 19 A0A097PPY9 CC 0009507 chloroplast 0.06869206004856246 0.3427557150725912 11 1 A0A097PPY9 BP 0044249 cellular biosynthetic process 0.4078619524325771 0.3974306306331092 12 19 A0A097PPY9 CC 0009536 plastid 0.06665156619424745 0.34218623262127 12 1 A0A097PPY9 BP 1901576 organic substance biosynthetic process 0.4002651932188714 0.3965629799170547 13 19 A0A097PPY9 CC 0005737 cytoplasm 0.06583942782427472 0.34195715086256995 13 3 A0A097PPY9 BP 0009058 biosynthetic process 0.3878771636251992 0.39513024801357466 14 19 A0A097PPY9 CC 0032991 protein-containing complex 0.05973392953128694 0.3401876432813635 14 2 A0A097PPY9 BP 0044238 primary metabolic process 0.21072717082569728 0.3713541024364218 15 19 A0A097PPY9 CC 0031967 organelle envelope 0.05418194556426184 0.3384982266636751 15 1 A0A097PPY9 BP 0006887 exocytosis 0.2092094814768418 0.3711136421705324 16 2 A0A097PPY9 CC 0071944 cell periphery 0.05343593794474184 0.33826474366245796 16 2 A0A097PPY9 BP 0044237 cellular metabolic process 0.19111028798877264 0.36817586821839315 17 19 A0A097PPY9 CC 0031975 envelope 0.04935763271637644 0.3369584709009072 17 1 A0A097PPY9 BP 0071704 organic substance metabolic process 0.18061006709457283 0.3664074490556656 18 19 A0A097PPY9 CC 0031090 organelle membrane 0.04893632323690344 0.3368204990661192 18 1 A0A097PPY9 BP 0032940 secretion by cell 0.157329331944384 0.36229323396508245 19 2 A0A097PPY9 CC 0005622 intracellular anatomical structure 0.04075065975529104 0.3340112229299153 19 3 A0A097PPY9 BP 0046903 secretion 0.15596991740124025 0.36204387506409946 20 2 A0A097PPY9 CC 0043231 intracellular membrane-bounded organelle 0.03196016900250855 0.3306579953287354 20 1 A0A097PPY9 BP 0140352 export from cell 0.1534271449480138 0.36157451656080053 21 2 A0A097PPY9 CC 0043227 membrane-bounded organelle 0.03168653858909503 0.3305466353813303 21 1 A0A097PPY9 BP 0016192 vesicle-mediated transport 0.1373115346342761 0.3585046891744189 22 2 A0A097PPY9 CC 0110165 cellular anatomical entity 0.02882338091150683 0.32935125742619503 22 94 A0A097PPY9 BP 0008152 metabolic process 0.13127347624324398 0.3573084019009831 23 19 A0A097PPY9 CC 0043229 intracellular organelle 0.02159031548978146 0.3260351701442403 23 1 A0A097PPY9 BP 0009987 cellular process 0.08243456179703343 0.34638898132299867 24 21 A0A097PPY9 CC 0043226 organelle 0.021191382969241022 0.3258371420678347 24 1 A0A097PPY9 BP 0006810 transport 0.05156220149782539 0.3376710169189049 25 2 A0A097PPY9 BP 0051234 establishment of localization 0.05142051940738688 0.33762568704654033 26 2 A0A097PPY9 BP 0051179 localization 0.05123194118751039 0.33756525620368616 27 2 A0A097PQ61 BP 0009651 response to salt stress 12.664304678140981 0.8214224033283573 1 25 A0A097PQ61 CC 0005634 nucleus 3.822573623814522 0.5885863727159628 1 25 A0A097PQ61 BP 0006970 response to osmotic stress 11.36723781343901 0.7942466571331555 2 25 A0A097PQ61 CC 0043231 intracellular membrane-bounded organelle 2.6533384554245596 0.5412173160452617 2 25 A0A097PQ61 BP 0009628 response to abiotic stimulus 7.7423844148022525 0.7087210394430623 3 25 A0A097PQ61 CC 0043227 membrane-bounded organelle 2.630621613769973 0.5402026554159781 3 25 A0A097PQ61 BP 0006950 response to stress 4.520184053054155 0.6134057194123603 4 25 A0A097PQ61 CC 0043229 intracellular organelle 1.7924315215382396 0.4990962588782294 4 25 A0A097PQ61 BP 0050896 response to stimulus 2.948507244161991 0.5540260840123974 5 25 A0A097PQ61 CC 0043226 organelle 1.7593120784656358 0.4972919181138558 5 25 A0A097PQ61 CC 0005622 intracellular anatomical structure 1.1956486729283655 0.46346998707972376 6 25 A0A097PQ61 BP 0016567 protein ubiquitination 0.2204785555709992 0.3728788692062695 6 1 A0A097PQ61 BP 0032446 protein modification by small protein conjugation 0.21672563257183472 0.37229611808778146 7 1 A0A097PQ61 CC 0110165 cellular anatomical entity 0.028265393807099783 0.3291114814841467 7 25 A0A097PQ61 BP 0070647 protein modification by small protein conjugation or removal 0.20540317208124453 0.3705067116114744 8 1 A0A097PQ61 BP 0036211 protein modification process 0.12392073341062493 0.3558138511494247 9 1 A0A097PQ61 BP 0043412 macromolecule modification 0.1081732236320362 0.3524558415354935 10 1 A0A097PQ61 BP 0019538 protein metabolic process 0.06969005122780399 0.3430311640527371 11 1 A0A097PQ61 BP 1901564 organonitrogen compound metabolic process 0.04775972345189894 0.33643200529316303 12 1 A0A097PQ61 BP 0043170 macromolecule metabolic process 0.044909272089103745 0.33547050503039333 13 1 A0A097PQ61 BP 0006807 nitrogen compound metabolic process 0.03218178169145271 0.3307478365833358 14 1 A0A097PQ61 BP 0044238 primary metabolic process 0.028829333789741163 0.3293538029006169 15 1 A0A097PQ61 BP 0071704 organic substance metabolic process 0.024709048622703907 0.3275241508160635 16 1 A0A097PQ61 BP 0008152 metabolic process 0.017959368265265157 0.32415862481038465 17 1 A0A097PQE5 CC 0030896 checkpoint clamp complex 13.498173902400767 0.8381627824987152 1 95 A0A097PQE5 BP 0000077 DNA damage checkpoint signaling 11.584255118974287 0.798897646740188 1 95 A0A097PQE5 CC 0000794 condensed nuclear chromosome 12.293943017460501 0.8138106877633198 2 95 A0A097PQE5 BP 0042770 signal transduction in response to DNA damage 11.514109698921159 0.7973991326831646 2 95 A0A097PQE5 BP 0031570 DNA integrity checkpoint signaling 11.387112883268728 0.7946744446422385 3 95 A0A097PQE5 CC 0000793 condensed chromosome 9.601449034855248 0.754619697345887 3 95 A0A097PQE5 BP 0000075 cell cycle checkpoint signaling 10.86283115175062 0.7832619120715777 4 95 A0A097PQE5 CC 0000228 nuclear chromosome 9.484819579019089 0.7518787456680411 4 95 A0A097PQE5 BP 1901988 negative regulation of cell cycle phase transition 10.7253987995868 0.7802249855766157 5 95 A0A097PQE5 CC 0005730 nucleolus 6.770127326057193 0.6825026802715366 5 86 A0A097PQE5 BP 0010948 negative regulation of cell cycle process 10.499395083563247 0.7751882214493443 6 95 A0A097PQE5 CC 0005694 chromosome 6.4695681530860405 0.6740212208284804 6 95 A0A097PQE5 BP 0045786 negative regulation of cell cycle 10.223375683000073 0.7689626826051367 7 95 A0A097PQE5 CC 0031981 nuclear lumen 6.3080626767010575 0.6693822421443022 7 95 A0A097PQE5 BP 1901987 regulation of cell cycle phase transition 10.049656366987067 0.7650013221482673 8 95 A0A097PQE5 CC 0140513 nuclear protein-containing complex 6.1546564132835755 0.6649205815157071 8 95 A0A097PQE5 BP 0010564 regulation of cell cycle process 8.902741010501856 0.7379399391030923 9 95 A0A097PQE5 CC 0070013 intracellular organelle lumen 6.025903835383125 0.6611328430399419 9 95 A0A097PQE5 BP 0051726 regulation of cell cycle 8.320076398290492 0.7235227590618905 10 95 A0A097PQE5 CC 0043233 organelle lumen 6.025878980332437 0.6611321079497581 10 95 A0A097PQE5 BP 0048523 negative regulation of cellular process 6.224501956576187 0.6669587800600201 11 95 A0A097PQE5 CC 0031974 membrane-enclosed lumen 6.025875873481209 0.661132016064269 11 95 A0A097PQE5 BP 0048519 negative regulation of biological process 5.572695573536475 0.6474672150085133 12 95 A0A097PQE5 CC 0005634 nucleus 3.9388051923639065 0.5928700668404265 12 95 A0A097PQE5 BP 0006974 cellular response to DNA damage stimulus 5.453774467568525 0.6437901727427764 13 95 A0A097PQE5 CC 0032991 protein-containing complex 2.793014896437798 0.5473628211782636 13 95 A0A097PQE5 BP 0033554 cellular response to stress 5.208390599681616 0.6360739690270065 14 95 A0A097PQE5 CC 0043232 intracellular non-membrane-bounded organelle 2.781319040571153 0.5468542082746515 14 95 A0A097PQE5 BP 0035556 intracellular signal transduction 4.829656255188407 0.6237984738515485 15 95 A0A097PQE5 CC 0043231 intracellular membrane-bounded organelle 2.734017526887059 0.544786236340322 15 95 A0A097PQE5 BP 0006950 response to stress 4.657627601386421 0.6180639242560222 16 95 A0A097PQE5 CC 0043228 non-membrane-bounded organelle 2.7327226056418183 0.5447293732101359 16 95 A0A097PQE5 BP 0007165 signal transduction 4.053903840254176 0.597050161313847 17 95 A0A097PQE5 CC 0043227 membrane-bounded organelle 2.7106099427124195 0.5437562650227006 17 95 A0A097PQE5 BP 0023052 signaling 4.027156114871349 0.596084099525141 18 95 A0A097PQE5 CC 0043229 intracellular organelle 1.8469333173879816 0.5020295948605367 18 95 A0A097PQE5 BP 0007154 cell communication 3.9074121299946922 0.5917193830269365 19 95 A0A097PQE5 CC 0043226 organelle 1.8128068237791035 0.5001980275552871 19 95 A0A097PQE5 BP 0051716 cellular response to stimulus 3.399581486651193 0.5724190924576105 20 95 A0A097PQE5 CC 0035861 site of double-strand break 1.624993764121315 0.489794053196531 20 11 A0A097PQE5 BP 0050896 response to stimulus 3.0381614027459087 0.5577882817922397 21 95 A0A097PQE5 CC 0090734 site of DNA damage 1.5882087045874258 0.48768706961740466 21 11 A0A097PQE5 BP 0050794 regulation of cellular process 2.636184312599437 0.5404515202706155 22 95 A0A097PQE5 CC 0005622 intracellular anatomical structure 1.2320043155830056 0.46586574160040695 22 95 A0A097PQE5 BP 0050789 regulation of biological process 2.460522548730438 0.5324614877800586 23 95 A0A097PQE5 CC 0110165 cellular anatomical entity 0.029124849080216758 0.3294798377345812 23 95 A0A097PQE5 BP 0065007 biological regulation 2.36294908899749 0.5278997987483359 24 95 A0A097PQE5 CC 0016021 integral component of membrane 0.026284793290328113 0.32824067433893345 24 3 A0A097PQE5 BP 0044778 meiotic DNA integrity checkpoint signaling 2.2900200297230144 0.524428432132602 25 11 A0A097PQE5 CC 0031224 intrinsic component of membrane 0.026193173056233112 0.32819961096000283 25 3 A0A097PQE5 BP 0033313 meiotic cell cycle checkpoint signaling 1.9390945531819381 0.506892996981886 26 11 A0A097PQE5 CC 0016020 membrane 0.021532942125283377 0.3260068036116409 26 3 A0A097PQE5 BP 0031573 mitotic intra-S DNA damage checkpoint signaling 1.8638681151112075 0.5029322022921963 27 11 A0A097PQE5 BP 0033314 mitotic DNA replication checkpoint signaling 1.7942980499240182 0.4991974487196942 28 11 A0A097PQE5 BP 0000076 DNA replication checkpoint signaling 1.6514891725129477 0.49129692463611874 29 11 A0A097PQE5 BP 0044818 mitotic G2/M transition checkpoint 1.5669870276467304 0.48646041973806375 30 11 A0A097PQE5 BP 0010972 negative regulation of G2/M transition of mitotic cell cycle 1.5394046847047058 0.48485363039310836 31 11 A0A097PQE5 BP 1902750 negative regulation of cell cycle G2/M phase transition 1.5371101261033349 0.4847193163886633 32 11 A0A097PQE5 BP 0044773 mitotic DNA damage checkpoint signaling 1.5264703117455052 0.4840951912436422 33 11 A0A097PQE5 BP 0044774 mitotic DNA integrity checkpoint signaling 1.502973739738944 0.4827091443546251 34 11 A0A097PQE5 BP 0010389 regulation of G2/M transition of mitotic cell cycle 1.4860111576322186 0.4817017872135939 35 11 A0A097PQE5 BP 1902749 regulation of cell cycle G2/M phase transition 1.4373114755417244 0.478777268278501 36 11 A0A097PQE5 BP 0007093 mitotic cell cycle checkpoint signaling 1.3738006871841741 0.4748878222433422 37 11 A0A097PQE5 BP 1901991 negative regulation of mitotic cell cycle phase transition 1.357320429254618 0.4738639468172586 38 11 A0A097PQE5 BP 0045930 negative regulation of mitotic cell cycle 1.3270226943372372 0.47196527597089527 39 11 A0A097PQE5 BP 1903046 meiotic cell cycle process 1.2556809168482874 0.46740700967428883 40 11 A0A097PQE5 BP 0000723 telomere maintenance 1.2515739775638666 0.46714070989729795 41 11 A0A097PQE5 BP 1901990 regulation of mitotic cell cycle phase transition 1.2504538616675183 0.467068004187065 42 11 A0A097PQE5 BP 0032200 telomere organization 1.2367748794592202 0.4661774729014358 43 11 A0A097PQE5 BP 0000724 double-strand break repair via homologous recombination 1.216540575135137 0.46485109617856857 44 11 A0A097PQE5 BP 0007346 regulation of mitotic cell cycle 1.2052024059492965 0.46410304430193694 45 11 A0A097PQE5 BP 0051321 meiotic cell cycle 1.1933405085506865 0.4633166626662989 46 11 A0A097PQE5 BP 0000725 recombinational repair 1.1551773188090135 0.460759762974135 47 11 A0A097PQE5 BP 0006302 double-strand break repair 1.1083805849601132 0.45756605969912834 48 11 A0A097PQE5 BP 1903047 mitotic cell cycle process 1.0937836924164017 0.4565561336876542 49 11 A0A097PQE5 BP 0000278 mitotic cell cycle 1.0696511921354426 0.45487156478454643 50 11 A0A097PQE5 BP 0006289 nucleotide-excision repair 1.034037165168788 0.4523504213158235 51 11 A0A097PQE5 BP 0022414 reproductive process 0.9306942664750532 0.44477806554869403 52 11 A0A097PQE5 BP 0000003 reproduction 0.9198543313554842 0.4439599212341474 53 11 A0A097PQE5 BP 0022402 cell cycle process 0.8722121766715292 0.4403056201241413 54 11 A0A097PQE5 BP 0051276 chromosome organization 0.7486790170596299 0.43033610016165286 55 11 A0A097PQE5 BP 0007049 cell cycle 0.7247054504994558 0.4283082278859221 56 11 A0A097PQE5 BP 0006310 DNA recombination 0.6759261394203288 0.424075784120752 57 11 A0A097PQE5 BP 0006281 DNA repair 0.6471899281692728 0.4215106636535805 58 11 A0A097PQE5 BP 0006996 organelle organization 0.6098776775139031 0.4180934542649298 59 11 A0A097PQE5 BP 0006259 DNA metabolic process 0.469239552926222 0.40416354238576896 60 11 A0A097PQE5 BP 0016043 cellular component organization 0.45940370608573494 0.4031155816502336 61 11 A0A097PQE5 BP 0071840 cellular component organization or biogenesis 0.42396183458241915 0.3992431346898046 62 11 A0A097PQE5 BP 0009987 cellular process 0.348200371195723 0.39038034987051745 63 95 A0A097PQE5 BP 0090304 nucleic acid metabolic process 0.3219735244032946 0.3870904162748049 64 11 A0A097PQE5 BP 0044260 cellular macromolecule metabolic process 0.2749713390578982 0.38083955437360556 65 11 A0A097PQE5 BP 0006139 nucleobase-containing compound metabolic process 0.26806565787975134 0.3798773834853616 66 11 A0A097PQE5 BP 0006725 cellular aromatic compound metabolic process 0.24498630422887954 0.37656832439614574 67 11 A0A097PQE5 BP 0046483 heterocycle metabolic process 0.24466451059947739 0.3765211087602329 68 11 A0A097PQE5 BP 1901360 organic cyclic compound metabolic process 0.23907940899666455 0.375696624870856 69 11 A0A097PQE5 BP 0034641 cellular nitrogen compound metabolic process 0.19438233188747847 0.3687169546173277 70 11 A0A097PQE5 BP 0043170 macromolecule metabolic process 0.17898011894375293 0.36612837297939693 71 11 A0A097PQE5 BP 0006807 nitrogen compound metabolic process 0.1282563454497765 0.35670032366602594 72 11 A0A097PQE5 BP 0044238 primary metabolic process 0.11489559618155024 0.3539173592355327 73 11 A0A097PQE5 BP 0044237 cellular metabolic process 0.10419980673996758 0.35157055251958325 74 11 A0A097PQE5 BP 0071704 organic substance metabolic process 0.09847473040097494 0.3502647526058572 75 11 A0A097PQE5 BP 0008152 metabolic process 0.07157474879339484 0.3435460202826634 76 11 A0A097PQN7 BP 0006468 protein phosphorylation 5.310772494636164 0.6393150458890247 1 92 A0A097PQN7 MF 0004672 protein kinase activity 5.300193213396899 0.6389815961517705 1 92 A0A097PQN7 CC 0010287 plastoglobule 0.34031540435062585 0.38940468276630535 1 2 A0A097PQN7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.76214438204765 0.6215603485646096 2 92 A0A097PQN7 BP 0036211 protein modification process 4.206044782028097 0.6024855106973636 2 92 A0A097PQN7 CC 0009570 chloroplast stroma 0.22728169185500902 0.37392274915551127 2 2 A0A097PQN7 MF 0016301 kinase activity 4.321870184464221 0.6065578506083062 3 92 A0A097PQN7 BP 0016310 phosphorylation 3.9538696023848563 0.5934206105941591 3 92 A0A097PQN7 CC 0009532 plastid stroma 0.22434489404120125 0.373474067604486 3 2 A0A097PQN7 BP 0043412 macromolecule modification 3.671552050172698 0.5829219954206946 4 92 A0A097PQN7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600507231134154 0.5824858812060631 4 92 A0A097PQN7 CC 0009507 chloroplast 0.12101055597118231 0.35521010188034347 4 2 A0A097PQN7 MF 0140096 catalytic activity, acting on a protein 3.502148826357212 0.5764277015544094 5 92 A0A097PQN7 BP 0006796 phosphate-containing compound metabolic process 3.0559230352236293 0.5585270032690399 5 92 A0A097PQN7 CC 0009536 plastid 0.11741594408165854 0.354454246509332 5 2 A0A097PQN7 BP 0006793 phosphorus metabolic process 3.0150054242872364 0.5568219545388 6 92 A0A097PQN7 MF 0005524 ATP binding 2.996726192048512 0.5560565160802609 6 92 A0A097PQN7 CC 0043231 intracellular membrane-bounded organelle 0.05630225410611256 0.33915319543103856 6 2 A0A097PQN7 MF 0032559 adenyl ribonucleotide binding 2.9830067985285065 0.5554804849936463 7 92 A0A097PQN7 BP 0019538 protein metabolic process 2.3653788051325697 0.5280145225097601 7 92 A0A097PQN7 CC 0043227 membrane-bounded organelle 0.0558202163213324 0.3390053910269407 7 2 A0A097PQN7 MF 0030554 adenyl nucleotide binding 2.9784111755099527 0.5552872342114086 8 92 A0A097PQN7 BP 1901564 organonitrogen compound metabolic process 1.621032494621607 0.489568312388595 8 92 A0A097PQN7 CC 0005737 cytoplasm 0.04099096296156224 0.33409751880273464 8 2 A0A097PQN7 MF 0035639 purine ribonucleoside triphosphate binding 2.8340092443143243 0.5491371703695014 9 92 A0A097PQN7 BP 0043170 macromolecule metabolic process 1.5242841479088556 0.4839666830778333 9 92 A0A097PQN7 CC 0043229 intracellular organelle 0.038034324187753904 0.3330174712540401 9 2 A0A097PQN7 MF 0032555 purine ribonucleotide binding 2.8153714711765274 0.5483320778175025 10 92 A0A097PQN7 BP 0006807 nitrogen compound metabolic process 1.092295140887993 0.45645276652221933 10 92 A0A097PQN7 CC 0043226 organelle 0.03733154942642844 0.3327546350861915 10 2 A0A097PQN7 MF 0017076 purine nucleotide binding 2.810028190149109 0.5481007738977863 11 92 A0A097PQN7 BP 0044238 primary metabolic process 0.9785083223635161 0.44833122954539834 11 92 A0A097PQN7 CC 0005622 intracellular anatomical structure 0.025370949291155402 0.327827834718006 11 2 A0A097PQN7 MF 0032553 ribonucleotide binding 2.7697932105455476 0.5463519419530085 12 92 A0A097PQN7 BP 0044237 cellular metabolic process 0.887417633680384 0.4414825334887057 12 92 A0A097PQN7 CC 0110165 cellular anatomical entity 0.0005997747408677391 0.30825599140222587 12 2 A0A097PQN7 MF 0097367 carbohydrate derivative binding 2.719578318690059 0.5441514115140591 13 92 A0A097PQN7 BP 0071704 organic substance metabolic process 0.8386600221613247 0.4376718120265649 13 92 A0A097PQN7 MF 0043168 anion binding 2.479769023832991 0.5333505401704355 14 92 A0A097PQN7 BP 0008152 metabolic process 0.6095663340720908 0.4180645068083272 14 92 A0A097PQN7 MF 0000166 nucleotide binding 2.4622921708112493 0.5325433767501272 15 92 A0A097PQN7 BP 1902171 regulation of tocopherol cyclase activity 0.4187183657114668 0.3986566711470212 15 2 A0A097PQN7 MF 1901265 nucleoside phosphate binding 2.4622921117763914 0.5325433740187898 16 92 A0A097PQN7 BP 0080177 plastoglobule organization 0.41835383141747917 0.39861576311742336 16 2 A0A097PQN7 MF 0036094 small molecule binding 2.302830362715051 0.5250421535937596 17 92 A0A097PQN7 BP 0009987 cellular process 0.3482039121915789 0.39038078552914623 17 92 A0A097PQN7 MF 0016740 transferase activity 2.3012742364789474 0.5249676934519792 18 92 A0A097PQN7 BP 0010114 response to red light 0.343754505125263 0.3898316038950056 18 2 A0A097PQN7 MF 0043167 ion binding 1.6347275215966564 0.4903475847591968 19 92 A0A097PQN7 BP 0080183 response to photooxidative stress 0.3424032019642401 0.38966411244249044 19 2 A0A097PQN7 MF 1901363 heterocyclic compound binding 1.3088980232052263 0.4708190819236512 20 92 A0A097PQN7 BP 0006995 cellular response to nitrogen starvation 0.3242857385688433 0.38738572547711286 20 2 A0A097PQN7 MF 0097159 organic cyclic compound binding 1.3084841665097793 0.470792817490379 21 92 A0A097PQN7 BP 0009644 response to high light intensity 0.3230442484518838 0.38722729737414774 21 2 A0A097PQN7 MF 0005488 binding 0.8869995005767661 0.4414503051208296 22 92 A0A097PQN7 BP 0043562 cellular response to nitrogen levels 0.31705453414166934 0.38645862905828465 22 2 A0A097PQN7 MF 0003824 catalytic activity 0.7267374639052799 0.4284814001415947 23 92 A0A097PQN7 BP 0009642 response to light intensity 0.30539822770219505 0.38494165408673037 23 2 A0A097PQN7 BP 0009639 response to red or far red light 0.27554138428035413 0.3809184362634007 24 2 A0A097PQN7 BP 0031279 regulation of cyclase activity 0.27350192923394134 0.38063584209130996 25 2 A0A097PQN7 BP 0009414 response to water deprivation 0.2695936240741679 0.38009133345485174 26 2 A0A097PQN7 BP 0009658 chloroplast organization 0.26887055107068275 0.37999016259143853 27 2 A0A097PQN7 BP 0009415 response to water 0.2654766290188804 0.3795134639531563 28 2 A0A097PQN7 BP 0009657 plastid organization 0.2631148618394327 0.3791799379481162 29 2 A0A097PQN7 BP 0001101 response to acid chemical 0.24826944443181803 0.37704828697166093 30 2 A0A097PQN7 BP 0050821 protein stabilization 0.2372813204328844 0.3754291422960814 31 2 A0A097PQN7 BP 0031647 regulation of protein stability 0.23196656573579227 0.3746325416674551 32 2 A0A097PQN7 BP 0009267 cellular response to starvation 0.2074128201156562 0.37082785179492217 33 2 A0A097PQN7 BP 0042594 response to starvation 0.20663144763579397 0.37070317474003317 34 2 A0A097PQN7 BP 0031669 cellular response to nutrient levels 0.20613059370313871 0.3706231336654063 35 2 A0A097PQN7 BP 0009416 response to light stimulus 0.1994939134713221 0.3695532046815917 36 2 A0A097PQN7 BP 0009314 response to radiation 0.1964419602129725 0.3690552150555688 37 2 A0A097PQN7 BP 0031667 response to nutrient levels 0.1918605003326401 0.3683003349278372 38 2 A0A097PQN7 BP 0010035 response to inorganic substance 0.17973683397212994 0.3662580933761579 39 2 A0A097PQN7 BP 1901700 response to oxygen-containing compound 0.1693762378937036 0.36445756017913106 40 2 A0A097PQN7 BP 0009628 response to abiotic stimulus 0.16428876377162055 0.3635532631053507 41 2 A0A097PQN7 BP 0006979 response to oxidative stress 0.16130332600884695 0.36301607389371787 42 2 A0A097PQN7 BP 0031668 cellular response to extracellular stimulus 0.15708767546256475 0.3622489856147289 43 2 A0A097PQN7 BP 0071496 cellular response to external stimulus 0.15694081734535845 0.36222207862833966 44 2 A0A097PQN7 BP 0009991 response to extracellular stimulus 0.15376242119707603 0.36163662508961 45 2 A0A097PQN7 BP 0050790 regulation of catalytic activity 0.12809939915517832 0.35666849773049625 46 2 A0A097PQN7 BP 0065009 regulation of molecular function 0.12643781309018468 0.3563303541619936 47 2 A0A097PQN7 BP 0065008 regulation of biological quality 0.12477159204659624 0.355989028709677 48 2 A0A097PQN7 BP 0009605 response to external stimulus 0.11433803234389789 0.35379779332544076 49 2 A0A097PQN7 BP 0033554 cellular response to stress 0.10725759002761363 0.35225329705557523 50 2 A0A097PQN7 BP 0006996 organelle organization 0.10696062949521677 0.35218742180907314 51 2 A0A097PQN7 BP 0042221 response to chemical 0.10402175036167961 0.35153048925374697 52 2 A0A097PQN7 BP 0006950 response to stress 0.0959156004546472 0.34966879407999896 53 2 A0A097PQN7 BP 0016043 cellular component organization 0.08057043470695906 0.3459149208144843 54 2 A0A097PQN7 BP 0007154 cell communication 0.08046624005763209 0.34588826237879744 55 2 A0A097PQN7 BP 0071840 cellular component organization or biogenesis 0.07435462287082767 0.34429320002438013 56 2 A0A097PQN7 BP 0051716 cellular response to stimulus 0.07000836638154374 0.3431186047216286 57 2 A0A097PQN7 BP 0050896 response to stimulus 0.0625655591562891 0.3410190333890429 58 2 A0A097PQN7 BP 0065007 biological regulation 0.04866075609984179 0.3367299339256766 59 2 A0A097PQR2 MF 0004725 protein tyrosine phosphatase activity 9.478134007777804 0.7517211162924406 1 64 A0A097PQR2 BP 0045739 positive regulation of DNA repair 0.6128947083650367 0.4183735837925787 1 4 A0A097PQR2 CC 0005634 nucleus 0.19017276184650017 0.36801998061370705 1 4 A0A097PQR2 MF 0004721 phosphoprotein phosphatase activity 7.769269585920247 0.7094219063143729 2 64 A0A097PQR2 BP 2001022 positive regulation of response to DNA damage stimulus 0.5976180175624008 0.4169479601996794 2 4 A0A097PQR2 CC 0043231 intracellular membrane-bounded organelle 0.1320033966221128 0.3574544584951819 2 4 A0A097PQR2 MF 0016791 phosphatase activity 6.618407400746577 0.6782453760471894 3 64 A0A097PQR2 BP 0051054 positive regulation of DNA metabolic process 0.563098731686372 0.413657941812853 3 4 A0A097PQR2 CC 0043227 membrane-bounded organelle 0.13087323538964676 0.3572281415685853 3 4 A0A097PQR2 MF 0042578 phosphoric ester hydrolase activity 6.2070245096099494 0.6664498390007755 4 64 A0A097PQR2 BP 0006282 regulation of DNA repair 0.5198946013341846 0.4093945971658169 4 4 A0A097PQR2 CC 0043229 intracellular organelle 0.08917333880714058 0.34805948649378243 4 4 A0A097PQR2 MF 0016788 hydrolase activity, acting on ester bonds 4.320209400995779 0.6064998469343053 5 64 A0A097PQR2 BP 2001020 regulation of response to DNA damage stimulus 0.5109124024370079 0.4084862544707898 5 4 A0A097PQR2 CC 0043226 organelle 0.08752564890505576 0.34765703384652213 5 4 A0A097PQR2 MF 0140096 catalytic activity, acting on a protein 3.502031139284195 0.5764231359136984 6 64 A0A097PQR2 BP 0080135 regulation of cellular response to stress 0.48208162885888295 0.40551540688058046 6 4 A0A097PQR2 CC 0005622 intracellular anatomical structure 0.059483435168474055 0.3401131563545859 6 4 A0A097PQR2 MF 0030946 protein tyrosine phosphatase activity, metal-dependent 3.248638497027255 0.5664081874500022 7 10 A0A097PQR2 BP 0051052 regulation of DNA metabolic process 0.43478661726635776 0.4004424860931202 7 4 A0A097PQR2 CC 0110165 cellular anatomical entity 0.00140620130152291 0.3101449057189321 7 4 A0A097PQR2 MF 0046872 metal ion binding 2.5283848699568976 0.5355810069033312 8 64 A0A097PQR2 BP 0048584 positive regulation of response to stimulus 0.42676553007247053 0.39955523043638186 8 4 A0A097PQR2 MF 0043169 cation binding 2.514232581726104 0.5349339377455781 9 64 A0A097PQR2 BP 0080134 regulation of response to stress 0.39789911546744855 0.3962910637964471 9 4 A0A097PQR2 MF 0016787 hydrolase activity 2.4418785773035165 0.5315969451544756 10 64 A0A097PQR2 BP 0045935 positive regulation of nucleobase-containing compound metabolic process 0.3632155328000912 0.3922082145095284 10 4 A0A097PQR2 MF 0043167 ion binding 1.6346725878097912 0.4903444654593757 11 64 A0A097PQR2 BP 0030154 cell differentiation 0.3450434083214644 0.3899910545097068 11 4 A0A097PQR2 MF 0005488 binding 0.8869696936267574 0.4414480074060338 12 64 A0A097PQR2 BP 0031325 positive regulation of cellular metabolic process 0.3447516367357851 0.3899549854692735 12 4 A0A097PQR2 MF 0003824 catalytic activity 0.7267130424402825 0.42847932033377056 13 64 A0A097PQR2 BP 0048869 cellular developmental process 0.34457697539756044 0.3899333863892887 13 4 A0A097PQR2 BP 0051173 positive regulation of nitrogen compound metabolic process 0.34048784563522144 0.38942614041157075 14 4 A0A097PQR2 BP 0010604 positive regulation of macromolecule metabolic process 0.3374735939528555 0.3890502772980138 15 4 A0A097PQR2 BP 0009893 positive regulation of metabolic process 0.33336560084097117 0.3885353165268327 16 4 A0A097PQR2 BP 0048583 regulation of response to stimulus 0.32206960317027816 0.3871027082468963 17 4 A0A097PQR2 BP 0048522 positive regulation of cellular process 0.3154082097932011 0.3862460845375083 18 4 A0A097PQR2 BP 0048518 positive regulation of biological process 0.30503380985686307 0.3848937654345065 19 4 A0A097PQR2 BP 0048856 anatomical structure development 0.30388841549252976 0.3847430610319572 20 4 A0A097PQR2 BP 0032502 developmental process 0.2950224700721925 0.3835667898258249 21 4 A0A097PQR2 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.1672524722447793 0.36408173593316023 22 4 A0A097PQR2 BP 0031323 regulation of cellular metabolic process 0.16144976847255163 0.3630425395976002 23 4 A0A097PQR2 BP 0051171 regulation of nitrogen compound metabolic process 0.16066784433646727 0.36290108752299666 24 4 A0A097PQR2 BP 0080090 regulation of primary metabolic process 0.16037747068567396 0.3628484705694388 25 4 A0A097PQR2 BP 0060255 regulation of macromolecule metabolic process 0.15473207198579733 0.36181586874905647 26 4 A0A097PQR2 BP 0019222 regulation of metabolic process 0.15301870467509834 0.36149876293911065 27 4 A0A097PQR2 BP 0050794 regulation of cellular process 0.12727982902921253 0.3565019857400858 28 4 A0A097PQR2 BP 0050789 regulation of biological process 0.11879855586278146 0.3547463255913684 29 4 A0A097PQR2 BP 0065007 biological regulation 0.11408752969771319 0.3537439797744644 30 4 A0A097PQR2 BP 0009987 cellular process 0.016811754588585217 0.3235266538307084 31 4 A0A097PQY2 MF 0004650 polygalacturonase activity 11.505932344303563 0.7972241434206508 1 96 A0A097PQY2 BP 0005975 carbohydrate metabolic process 4.026277242181828 0.5960523024587401 1 96 A0A097PQY2 CC 0005886 plasma membrane 0.023963568011814707 0.3271772076320839 1 1 A0A097PQY2 MF 0004553 hydrolase activity, hydrolyzing O-glycosyl compounds 6.203872929939427 0.6663579891787683 2 96 A0A097PQY2 BP 0044238 primary metabolic process 0.968959052850037 0.44762866216962727 2 96 A0A097PQY2 CC 0071944 cell periphery 0.02290801202664756 0.3266765905881302 2 1 A0A097PQY2 MF 0016798 hydrolase activity, acting on glycosyl bonds 5.815412513425211 0.6548522163817392 3 96 A0A097PQY2 BP 0071704 organic substance metabolic process 0.8304755331807357 0.4370213848365818 3 96 A0A097PQY2 CC 0005737 cytoplasm 0.018250107695921055 0.3243154977137317 3 1 A0A097PQY2 MF 0016787 hydrolase activity 2.418129526730364 0.5304908801020035 4 96 A0A097PQY2 BP 0008152 metabolic process 0.6036175719845719 0.4175099880988098 4 96 A0A097PQY2 CC 0005622 intracellular anatomical structure 0.011295722848607394 0.32013205030597375 4 1 A0A097PQY2 MF 0016829 lyase activity 1.4276038896196344 0.47818841433653814 5 30 A0A097PQY2 BP 0009738 abscisic acid-activated signaling pathway 0.11854460455928567 0.35469280587952234 5 1 A0A097PQY2 CC 0016020 membrane 0.006843873921440431 0.31671206342143954 5 1 A0A097PQY2 MF 0003824 catalytic activity 0.7267340230533564 0.42848110711007087 6 97 A0A097PQY2 BP 0071215 cellular response to abscisic acid stimulus 0.11821784933174154 0.35462385848644995 6 1 A0A097PQY2 CC 0110165 cellular anatomical entity 0.0002670333366989584 0.3070727356614165 6 1 A0A097PQY2 MF 0047911 galacturan 1,4-alpha-galacturonidase activity 0.17360728267475986 0.36519933292957263 7 1 A0A097PQY2 BP 0097306 cellular response to alcohol 0.11421694313412005 0.35377178803319054 7 1 A0A097PQY2 BP 0009737 response to abscisic acid 0.11189569721466483 0.3532705822510362 8 1 A0A097PQY2 MF 0004864 protein phosphatase inhibitor activity 0.10682874534958062 0.35215813640836546 8 1 A0A097PQY2 BP 0097305 response to alcohol 0.10755029876527092 0.3523181399351146 9 1 A0A097PQY2 MF 0019212 phosphatase inhibitor activity 0.10674274880665786 0.35213903079533476 9 1 A0A097PQY2 MF 0019888 protein phosphatase regulator activity 0.09755098251052013 0.3500505376628392 10 1 A0A097PQY2 BP 0071396 cellular response to lipid 0.09681761782904828 0.3498797488859172 10 1 A0A097PQY2 MF 0019208 phosphatase regulator activity 0.09532913099709173 0.3495311039567054 11 1 A0A097PQY2 BP 0033993 response to lipid 0.0934404171753711 0.3490847727596418 11 1 A0A097PQY2 BP 0009755 hormone-mediated signaling pathway 0.08732908230988684 0.347608769913651 12 1 A0A097PQY2 MF 0004857 enzyme inhibitor activity 0.07728807766484401 0.34506666487252835 12 1 A0A097PQY2 BP 0032870 cellular response to hormone stimulus 0.08477867051101626 0.34697756025991305 13 1 A0A097PQY2 MF 0030234 enzyme regulator activity 0.06181570068049381 0.3408007325420812 13 1 A0A097PQY2 BP 0009725 response to hormone 0.08183718906151163 0.3462376543689146 14 1 A0A097PQY2 MF 0098772 molecular function regulator activity 0.05845032870666773 0.33980428204843144 14 1 A0A097PQY2 BP 0071495 cellular response to endogenous stimulus 0.07949588075961928 0.3456391601512572 15 1 A0A097PQY2 BP 1901701 cellular response to oxygen-containing compound 0.07906815091528259 0.34552887444533514 16 1 A0A097PQY2 BP 0009719 response to endogenous stimulus 0.07744641130031586 0.3451079916266698 17 1 A0A097PQY2 BP 1901700 response to oxygen-containing compound 0.07541014797794901 0.3445732387225445 18 1 A0A097PQY2 BP 0071310 cellular response to organic substance 0.07364891911247783 0.3441048614717161 19 1 A0A097PQY2 BP 0043086 negative regulation of catalytic activity 0.07314483962650442 0.34396977947021323 20 1 A0A097PQY2 BP 0044092 negative regulation of molecular function 0.07223303224202489 0.3437242476939646 21 1 A0A097PQY2 BP 0010033 response to organic substance 0.06847158368771807 0.34269459353317927 22 1 A0A097PQY2 BP 0070887 cellular response to chemical stimulus 0.057285741736684576 0.33945280685734885 23 1 A0A097PQY2 BP 0050790 regulation of catalytic activity 0.05703276189332255 0.3393759859312954 24 1 A0A097PQY2 BP 0065009 regulation of molecular function 0.056292986039298075 0.33915035959733897 25 1 A0A097PQY2 BP 0042221 response to chemical 0.04631284579967126 0.33594764919971265 26 1 A0A097PQY2 BP 0007165 signal transduction 0.037168517719637126 0.33269330894738636 27 1 A0A097PQY2 BP 0023052 signaling 0.036923279217682604 0.3326008059503229 28 1 A0A097PQY2 BP 0007154 cell communication 0.035825397620316224 0.3321828726854569 29 1 A0A097PQY2 BP 0051716 cellular response to stimulus 0.03116931474083083 0.33033481830350137 30 1 A0A097PQY2 BP 0050896 response to stimulus 0.027855607923348933 0.3289338790966755 31 1 A0A097PQY2 BP 0050794 regulation of cellular process 0.024170051189210777 0.3272738378665255 32 1 A0A097PQY2 BP 0050789 regulation of biological process 0.022559483292114768 0.3265087709105073 33 1 A0A097PQY2 BP 0065007 biological regulation 0.0216648737971784 0.3260719769993528 34 1 A0A097PQY2 BP 0009987 cellular process 0.0031925009020344693 0.3129041223916778 35 1 A0A097PR45 CC 0000439 transcription factor TFIIH core complex 12.253082496079639 0.8129639357540006 1 94 A0A097PR45 BP 0006289 nucleotide-excision repair 8.70634520156453 0.7331346206113518 1 94 A0A097PR45 MF 0008270 zinc ion binding 4.703615803825217 0.6196071611390874 1 87 A0A097PR45 CC 0090575 RNA polymerase II transcription regulator complex 9.532906311761275 0.7530108799562146 2 94 A0A097PR45 BP 0006351 DNA-templated transcription 5.56089548470353 0.647104120798544 2 94 A0A097PR45 MF 0046914 transition metal ion binding 4.0011836968582735 0.5951429650175932 2 87 A0A097PR45 CC 0005667 transcription regulator complex 8.485487440650655 0.7276655673110228 3 94 A0A097PR45 BP 0006281 DNA repair 5.511765417616058 0.6455882086112925 3 95 A0A097PR45 MF 0046872 metal ion binding 2.3256936029873856 0.5261332659279703 3 87 A0A097PR45 CC 0005675 transcription factor TFIIH holo complex 7.510574214666973 0.7026267980304826 4 57 A0A097PR45 BP 0097659 nucleic acid-templated transcription 5.4693979764080645 0.6442755237241493 4 94 A0A097PR45 MF 0043169 cation binding 2.3126758513795966 0.5255126750928716 4 87 A0A097PR45 CC 0032806 carboxy-terminal domain protein kinase complex 7.412587907180364 0.7000225105538513 5 57 A0A097PR45 BP 0006974 cellular response to DNA damage stimulus 5.453802739459558 0.6437910516485734 5 95 A0A097PR45 MF 0043167 ion binding 1.503626930227943 0.4827478214274832 5 87 A0A097PR45 CC 1902554 serine/threonine protein kinase complex 6.541396879106284 0.6760657658671205 6 57 A0A097PR45 BP 0032774 RNA biosynthetic process 5.337944317168068 0.6401699592461703 6 94 A0A097PR45 MF 0005488 binding 0.8158646126317772 0.43585222553468267 6 87 A0A097PR45 CC 1902911 protein kinase complex 6.426676545950383 0.6727949316213602 7 57 A0A097PR45 BP 0033554 cellular response to stress 5.208417599524085 0.6360748279327659 7 95 A0A097PR45 MF 0004672 protein kinase activity 0.05207338666243525 0.33783405037027003 7 1 A0A097PR45 CC 0140513 nuclear protein-containing complex 6.0848072188193525 0.6628706771731281 8 94 A0A097PR45 BP 0006950 response to stress 4.657651746121559 0.6180647364805917 8 95 A0A097PR45 MF 0016773 phosphotransferase activity, alcohol group as acceptor 0.04678715959295751 0.33610725325756313 8 1 A0A097PR45 CC 0016591 RNA polymerase II, holoenzyme 5.989840752851285 0.6600646749270301 9 57 A0A097PR45 BP 0006259 DNA metabolic process 3.9962586372634528 0.594964156760305 9 95 A0A097PR45 MF 0016301 kinase activity 0.04246154963777598 0.33462020303198525 9 1 A0A097PR45 CC 0055029 nuclear DNA-directed RNA polymerase complex 5.7593757418784 0.6531611156801458 10 57 A0A097PR45 BP 0034654 nucleobase-containing compound biosynthetic process 3.733398286994125 0.5852554943689905 10 94 A0A097PR45 MF 0016772 transferase activity, transferring phosphorus-containing groups 0.03595929975289722 0.33223418520788883 10 1 A0A097PR45 CC 0005654 nucleoplasm 4.432770926674141 0.6104062098778956 11 57 A0A097PR45 BP 0016070 RNA metabolic process 3.5467749031695526 0.5781534643308068 11 94 A0A097PR45 MF 0140096 catalytic activity, acting on a protein 0.034407943756339515 0.33163369737954035 11 1 A0A097PR45 CC 0000428 DNA-directed RNA polymerase complex 4.333096873020357 0.6069496562409347 12 57 A0A097PR45 BP 0051716 cellular response to stimulus 3.399599109785028 0.5724197863729203 12 95 A0A097PR45 MF 0005524 ATP binding 0.02944226284535333 0.32961450190670283 12 1 A0A097PR45 CC 0030880 RNA polymerase complex 4.332337669488454 0.6069231764430582 13 57 A0A097PR45 BP 0019438 aromatic compound biosynthetic process 3.343338953432372 0.570195289767583 13 94 A0A097PR45 MF 0032559 adenyl ribonucleotide binding 0.029307472422669192 0.32955740560448804 13 1 A0A097PR45 CC 0061695 transferase complex, transferring phosphorus-containing groups 4.031840266491741 0.5962535107181117 14 57 A0A097PR45 BP 0018130 heterocycle biosynthetic process 3.2870386374048417 0.5679503885542276 14 94 A0A097PR45 MF 0030554 adenyl nucleotide binding 0.02926232130368827 0.3295382505530988 14 1 A0A097PR45 CC 0005634 nucleus 3.89410369298462 0.5912301797775279 15 94 A0A097PR45 BP 1901362 organic cyclic compound biosynthetic process 3.212592917689477 0.5649522333955349 15 94 A0A097PR45 MF 0035639 purine ribonucleoside triphosphate binding 0.027843599891995988 0.3289286551477161 15 1 A0A097PR45 CC 0031981 nuclear lumen 3.8346551242094224 0.5890346397643316 16 57 A0A097PR45 BP 0050896 response to stimulus 3.03817715230956 0.5577889377851757 16 95 A0A097PR45 MF 0032555 purine ribonucleotide binding 0.02766048732834866 0.3288488542329252 16 1 A0A097PR45 CC 1990234 transferase complex 3.6910626065942127 0.5836602490989173 17 57 A0A097PR45 BP 0090304 nucleic acid metabolic process 2.7420737869237675 0.5451397041519251 17 95 A0A097PR45 MF 0017076 purine nucleotide binding 0.02760799061213773 0.3288259273478829 17 1 A0A097PR45 CC 0070013 intracellular organelle lumen 3.663131488165488 0.582602766611368 18 57 A0A097PR45 BP 0009059 macromolecule biosynthetic process 2.732752317946586 0.5447306781004474 18 94 A0A097PR45 MF 0032553 ribonucleotide binding 0.027212689617269158 0.3286525828191548 18 1 A0A097PR45 CC 0043233 organelle lumen 3.6631163788439145 0.5826021934778878 19 57 A0A097PR45 BP 0010467 gene expression 2.64349760765916 0.5407783043868758 19 94 A0A097PR45 MF 0097367 carbohydrate derivative binding 0.026719337889412546 0.32843446585655556 19 1 A0A097PR45 CC 0031974 membrane-enclosed lumen 3.6631144901970214 0.582602121836814 20 57 A0A097PR45 BP 0044271 cellular nitrogen compound biosynthetic process 2.3613074752084935 0.5278222533772006 20 94 A0A097PR45 MF 0043168 anion binding 0.024363257340353717 0.32736388159687063 20 1 A0A097PR45 CC 0140535 intracellular protein-containing complex 3.3544599379281776 0.5706364831115455 21 57 A0A097PR45 BP 0044260 cellular macromolecule metabolic process 2.3417816802898437 0.5268978326555369 21 95 A0A097PR45 MF 0000166 nucleotide binding 0.02419155059525934 0.3272838754172502 21 1 A0A097PR45 CC 1902494 catalytic complex 2.8254302433664287 0.5487669146732186 22 57 A0A097PR45 BP 0006139 nucleobase-containing compound metabolic process 2.282969741095332 0.5240899322446282 22 95 A0A097PR45 MF 1901265 nucleoside phosphate binding 0.024191550015253124 0.3272838751465196 22 1 A0A097PR45 CC 0032991 protein-containing complex 2.7613169709091374 0.5459819018292839 23 94 A0A097PR45 BP 0006725 cellular aromatic compound metabolic process 2.0864154101686383 0.5144331150514907 23 95 A0A097PR45 MF 0036094 small molecule binding 0.022624868767529793 0.326540352863921 23 1 A0A097PR45 CC 0043231 intracellular membrane-bounded organelle 2.7029891624942133 0.5434199795417887 24 94 A0A097PR45 BP 0046483 heterocycle metabolic process 2.083674868449818 0.5142953258031349 24 95 A0A097PR45 MF 0016740 transferase activity 0.022609580124281208 0.32653297236162376 24 1 A0A097PR45 CC 0043227 membrane-bounded organelle 2.6798472309879213 0.5423958694735935 25 94 A0A097PR45 BP 1901360 organic cyclic compound metabolic process 2.036109588879824 0.5118892369471371 25 95 A0A097PR45 MF 1901363 heterocyclic compound binding 0.012859673245832464 0.32116575250114054 25 1 A0A097PR45 BP 0044249 cellular biosynthetic process 1.8723876793251908 0.5033847360486461 26 94 A0A097PR45 CC 0043229 intracellular organelle 1.8259724715200871 0.5009066529350034 26 94 A0A097PR45 MF 0097159 organic cyclic compound binding 0.012855607182793409 0.3211631491659136 26 1 A0A097PR45 BP 1901576 organic substance biosynthetic process 1.8375129422488163 0.5015257068117615 27 94 A0A097PR45 CC 0043226 organelle 1.792233279480688 0.4990855085149676 27 94 A0A097PR45 MF 0003824 catalytic activity 0.007140056868938779 0.31696923406615557 27 1 A0A097PR45 BP 0009058 biosynthetic process 1.7806427344641325 0.4984559340934277 28 94 A0A097PR45 CC 0005622 intracellular anatomical structure 1.2180222988396847 0.46494859702140623 28 94 A0A097PR45 BP 0034641 cellular nitrogen compound metabolic process 1.65544883821608 0.4915204862269209 29 95 A0A097PR45 CC 0110165 cellular anatomical entity 0.028794311173542638 0.3293388233128988 29 94 A0A097PR45 BP 0043170 macromolecule metabolic process 1.5242765486563126 0.4839662362141376 30 95 A0A097PR45 BP 0006807 nitrogen compound metabolic process 1.0922896952979184 0.45645238824332823 31 95 A0A097PR45 BP 0044238 primary metabolic process 0.9785034440526925 0.4483308715113178 32 95 A0A097PR45 BP 0044237 cellular metabolic process 0.8874132094982401 0.44148219252658505 33 95 A0A097PR45 BP 0071704 organic substance metabolic process 0.8386558410581394 0.43767148056354943 34 95 A0A097PR45 BP 0006357 regulation of transcription by RNA polymerase II 0.8377315065024675 0.43759818230830616 35 11 A0A097PR45 BP 0008152 metabolic process 0.6095632951055565 0.41806422422105777 36 95 A0A097PR45 BP 0006355 regulation of DNA-templated transcription 0.4335375834642264 0.4003048650105193 37 11 A0A097PR45 BP 1903506 regulation of nucleic acid-templated transcription 0.4335351820167 0.4003046002233437 38 11 A0A097PR45 BP 2001141 regulation of RNA biosynthetic process 0.43330854387853673 0.400279607463794 39 11 A0A097PR45 BP 0051252 regulation of RNA metabolic process 0.4301549257091561 0.39993115826725606 40 11 A0A097PR45 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.42651401945430184 0.3995272752572583 41 11 A0A097PR45 BP 0010556 regulation of macromolecule biosynthetic process 0.42319358248574634 0.3991574360613832 42 11 A0A097PR45 BP 0031326 regulation of cellular biosynthetic process 0.42260906475988563 0.39909218090867093 43 11 A0A097PR45 BP 0009889 regulation of biosynthetic process 0.422345860766236 0.39906278226275965 44 11 A0A097PR45 BP 0031323 regulation of cellular metabolic process 0.41171642348230736 0.3978677724587984 45 11 A0A097PR45 BP 0051171 regulation of nitrogen compound metabolic process 0.4097224224268158 0.39764188625652835 46 11 A0A097PR45 BP 0080090 regulation of primary metabolic process 0.40898193452083 0.3975578617284506 47 11 A0A097PR45 BP 0010468 regulation of gene expression 0.40598245073211287 0.3972167241534371 48 11 A0A097PR45 BP 0060255 regulation of macromolecule metabolic process 0.39458548549625283 0.39590888977581584 49 11 A0A097PR45 BP 0019222 regulation of metabolic process 0.39021619176516636 0.395402500404524 50 11 A0A097PR45 BP 0009987 cellular process 0.34820217623606897 0.39038057194995895 51 95 A0A097PR45 BP 0050794 regulation of cellular process 0.32457894789893177 0.38742309799391644 52 11 A0A097PR45 BP 0050789 regulation of biological process 0.30295067622226407 0.3846194671204773 53 11 A0A097PR45 BP 0065007 biological regulation 0.2909369900958375 0.3830188112759007 54 11 A0A097PR45 BP 0006468 protein phosphorylation 0.05217732608132104 0.3378671019666406 55 1 A0A097PR45 BP 0036211 protein modification process 0.04132358716668278 0.3342165519866169 56 1 A0A097PR45 BP 0016310 phosphorylation 0.038846014159902624 0.3333180375003912 57 1 A0A097PR45 BP 0043412 macromolecule modification 0.03607229809597183 0.33227741292524193 58 1 A0A097PR45 BP 0006796 phosphate-containing compound metabolic process 0.030023860530521067 0.32985937702963647 59 1 A0A097PR45 BP 0006793 phosphorus metabolic process 0.02962185281310273 0.32969037230080334 60 1 A0A097PR45 BP 0019538 protein metabolic process 0.023239395275527232 0.32683497459157684 61 1 A0A097PR45 BP 1901564 organonitrogen compound metabolic process 0.015926334849725752 0.3230241795093304 62 1 A0A097PR88 MF 0016273 arginine N-methyltransferase activity 12.013055483911112 0.8079610945518414 1 93 A0A097PR88 BP 0018216 peptidyl-arginine methylation 11.930381023567568 0.8062263705281267 1 93 A0A097PR88 MF 0016274 protein-arginine N-methyltransferase activity 12.013055483911112 0.8079610945518414 2 93 A0A097PR88 BP 0018195 peptidyl-arginine modification 11.911868920892687 0.8058371159013642 2 93 A0A097PR88 MF 0008276 protein methyltransferase activity 8.68263053012283 0.7325507295445467 3 93 A0A097PR88 BP 0006479 protein methylation 8.2488096572322 0.7217251598594656 3 93 A0A097PR88 BP 0008213 protein alkylation 8.2488096572322 0.7217251598594656 4 93 A0A097PR88 MF 0008170 N-methyltransferase activity 7.8242423960138066 0.7108512223357883 4 93 A0A097PR88 MF 0008757 S-adenosylmethionine-dependent methyltransferase activity 6.678226102309044 0.6799296737253409 5 93 A0A097PR88 BP 0043414 macromolecule methylation 6.098798369977233 0.6632822220721 5 93 A0A097PR88 BP 0018193 peptidyl-amino acid modification 5.984372626128143 0.6599024316520998 6 93 A0A097PR88 MF 0008168 methyltransferase activity 5.243112438805447 0.6371766898172454 6 93 A0A097PR88 MF 0016741 transferase activity, transferring one-carbon groups 5.101159366026339 0.6326450364928671 7 93 A0A097PR88 BP 0032259 methylation 4.973503673644182 0.6285156526352413 7 93 A0A097PR88 BP 0036211 protein modification process 4.206008628263685 0.6024842308619253 8 93 A0A097PR88 MF 0140096 catalytic activity, acting on a protein 3.5021187230487194 0.5764265337113494 8 93 A0A097PR88 BP 0043412 macromolecule modification 3.671520490730342 0.5829207996661778 9 93 A0A097PR88 MF 0016740 transferase activity 2.3012544554897034 0.5249667467759662 9 93 A0A097PR88 BP 0019538 protein metabolic process 2.3653584731217383 0.5280135627389535 10 93 A0A097PR88 MF 0003824 catalytic activity 0.726731217111339 0.42848086814854325 10 93 A0A097PR88 BP 0044260 cellular macromolecule metabolic process 2.3417732259209663 0.52689743156261 11 93 A0A097PR88 BP 1901564 organonitrogen compound metabolic process 1.6210185607645153 0.4895675178535719 12 93 A0A097PR88 BP 0043170 macromolecule metabolic process 1.5242710456684287 0.48396591261773475 13 93 A0A097PR88 BP 0006807 nitrogen compound metabolic process 1.0922857518816371 0.4564521143126205 14 93 A0A097PR88 BP 0044238 primary metabolic process 0.9784999114308713 0.44833061224089216 15 93 A0A097PR88 BP 0044237 cellular metabolic process 0.8874100057330545 0.4414819456188214 16 93 A0A097PR88 BP 0071704 organic substance metabolic process 0.8386528133182347 0.437671240534564 17 93 A0A097PR88 BP 0008152 metabolic process 0.6095610944422776 0.41806401958545014 18 93 A0A097PR88 BP 0009987 cellular process 0.3482009191463639 0.390380417286563 19 93 A0A097PRH4 MF 0120013 lipid transfer activity 12.814152414757885 0.8244704184795795 1 94 A0A097PRH4 BP 0120009 intermembrane lipid transfer 12.481142638234557 0.8176721527408721 1 94 A0A097PRH4 CC 0005737 cytoplasm 1.9904820480678433 0.5095546134181417 1 94 A0A097PRH4 MF 0005319 lipid transporter activity 9.920673168548856 0.7620378939465242 2 94 A0A097PRH4 BP 0006869 lipid transport 8.350780089173526 0.7242948410684396 2 94 A0A097PRH4 CC 0005622 intracellular anatomical structure 1.2319890887618157 0.4658647456422431 2 94 A0A097PRH4 BP 0010876 lipid localization 8.291136904417387 0.7227937347070725 3 94 A0A097PRH4 MF 0120016 sphingolipid transfer activity 6.222019910816786 0.6668865467691294 3 31 A0A097PRH4 CC 0005829 cytosol 0.8256903795157934 0.43663961989844696 3 11 A0A097PRH4 BP 0061024 membrane organization 7.421852064351755 0.7002694679153216 4 94 A0A097PRH4 MF 0046624 sphingolipid transporter activity 5.998806564182767 0.6603305368566201 4 31 A0A097PRH4 CC 0110165 cellular anatomical entity 0.02912448911486313 0.329479684602275 4 94 A0A097PRH4 MF 0140338 sphingomyelin transfer activity 5.701589842230427 0.6514085904723703 5 24 A0A097PRH4 BP 0033036 macromolecule localization 5.114454394019844 0.6330721160014903 5 94 A0A097PRH4 MF 0120014 phospholipid transfer activity 5.418056517409942 0.6426779612324072 6 31 A0A097PRH4 BP 0071702 organic substance transport 4.1878528964604955 0.601840825418172 6 94 A0A097PRH4 MF 0005548 phospholipid transporter activity 4.376992040444067 0.6084767243690075 7 31 A0A097PRH4 BP 0009751 response to salicylic acid 4.150657825033194 0.6005183309930062 7 24 A0A097PRH4 BP 0016043 cellular component organization 3.9124234295156497 0.5919033768280164 8 94 A0A097PRH4 MF 0005215 transporter activity 3.2667532618719815 0.5671368299042219 8 94 A0A097PRH4 BP 0015914 phospholipid transport 3.6902809778880203 0.5836307108728838 9 31 A0A097PRH4 MF 1902387 ceramide 1-phosphate binding 2.183436253683541 0.5192541280746196 9 11 A0A097PRH4 BP 0071840 cellular component organization or biogenesis 3.6105895378456987 0.5806025256317571 10 94 A0A097PRH4 MF 1902388 ceramide 1-phosphate transfer activity 2.179305194147136 0.519051063865827 10 11 A0A097PRH4 BP 0015748 organophosphate ester transport 3.4320157323828195 0.5736931689958991 11 31 A0A097PRH4 MF 0120017 ceramide transfer activity 2.143991224068727 0.5173072734802127 11 11 A0A097PRH4 BP 0042742 defense response to bacterium 2.936838039188758 0.5535322202885674 12 24 A0A097PRH4 MF 0097001 ceramide binding 2.0466676072561008 0.5124257206762914 12 11 A0A097PRH4 BP 0014070 response to organic cyclic compound 2.934508786563605 0.5534335243337174 13 24 A0A097PRH4 MF 0046625 sphingolipid binding 2.012538220222114 0.5106864650856255 13 11 A0A097PRH4 BP 0009617 response to bacterium 2.826880793108126 0.5488295574819452 14 24 A0A097PRH4 MF 0005543 phospholipid binding 1.0841858818836014 0.455888406682481 14 11 A0A097PRH4 BP 0008219 cell death 2.6331397228713374 0.5403153435217778 15 24 A0A097PRH4 MF 0033218 amide binding 0.9934470108708866 0.44942347103380065 15 11 A0A097PRH4 BP 0006810 transport 2.4108947474490976 0.5301528562610357 16 94 A0A097PRH4 MF 0008289 lipid binding 0.94077281466455 0.44553448044596644 16 11 A0A097PRH4 BP 0051234 establishment of localization 2.404270115495393 0.5298428946598004 17 94 A0A097PRH4 MF 0043168 anion binding 0.30430263604023244 0.384797594519072 17 11 A0A097PRH4 BP 0051179 localization 2.3954527604062648 0.529429673976882 18 94 A0A097PRH4 MF 0043167 ion binding 0.20060412451659101 0.36973341280717376 18 11 A0A097PRH4 BP 1901700 response to oxygen-containing compound 2.3388494398516064 0.5267586775930385 19 24 A0A097PRH4 MF 0005488 binding 0.10884734973206041 0.35260441554068916 19 11 A0A097PRH4 BP 0098542 defense response to other organism 2.1643367954989867 0.5183136681792084 20 24 A0A097PRH4 BP 1902389 ceramide 1-phosphate transport 2.138581266472773 0.5170388668715554 21 11 A0A097PRH4 BP 0010033 response to organic substance 2.1236495279203056 0.5162962852772348 22 24 A0A097PRH4 BP 0006952 defense response 2.0354941684968995 0.5118579227888398 23 24 A0A097PRH4 BP 0035627 ceramide transport 2.0105531970939414 0.510584854898216 24 11 A0A097PRH4 BP 0051707 response to other organism 1.9359115963671139 0.5067269824124285 25 24 A0A097PRH4 BP 0043207 response to external biotic stimulus 1.9358609070200379 0.5067243374871941 26 24 A0A097PRH4 BP 0009607 response to biotic stimulus 1.9185100609906636 0.505816941992137 27 24 A0A097PRH4 BP 0044419 biological process involved in interspecies interaction between organisms 1.5816310641207885 0.48730775172511476 28 24 A0A097PRH4 BP 0009605 response to external stimulus 1.578848640321592 0.4871470581781075 29 24 A0A097PRH4 BP 0042221 response to chemical 1.4363951850110264 0.4787217720326824 30 24 A0A097PRH4 BP 0006950 response to stress 1.3244605688855098 0.47180372572817153 31 24 A0A097PRH4 BP 0042886 amide transport 0.9838348808947609 0.44872163083127303 32 11 A0A097PRH4 BP 0015711 organic anion transport 0.9766833101034418 0.4481972239949027 33 11 A0A097PRH4 BP 0050896 response to stimulus 0.863943046595021 0.439661275220282 34 24 A0A097PRH4 BP 0006820 anion transport 0.7769671073566281 0.4326876111312501 35 11 A0A097PRH4 BP 0071705 nitrogen compound transport 0.5584280513660723 0.41320511943716276 36 11 A0A097PRH4 BP 0006811 ion transport 0.4732593958350089 0.4045886718940908 37 11 A0A097PRH4 BP 0009987 cellular process 0.3481960676517147 0.3903798203904736 38 94 A0A097PRJ5 BP 0033614 chloroplast proton-transporting ATP synthase complex assembly 12.077122959642068 0.8093012945316849 1 26 A0A097PRJ5 CC 0009535 chloroplast thylakoid membrane 4.510910490334802 0.613088888100963 1 26 A0A097PRJ5 BP 0043461 proton-transporting ATP synthase complex assembly 8.136009724255997 0.7188639994698696 2 26 A0A097PRJ5 CC 0055035 plastid thylakoid membrane 4.510598311557055 0.6130782168482234 2 26 A0A097PRJ5 BP 0009658 chloroplast organization 7.889557031403765 0.7125429188736355 3 26 A0A097PRJ5 CC 0009534 chloroplast thylakoid 4.505713053024934 0.6129111752118128 3 26 A0A097PRJ5 BP 0009657 plastid organization 7.720665948820882 0.7081539738627303 4 26 A0A097PRJ5 CC 0031976 plastid thylakoid 4.505443200285518 0.6129019454989659 4 26 A0A097PRJ5 BP 0070071 proton-transporting two-sector ATPase complex assembly 7.508890545974721 0.7025821932889268 5 26 A0A097PRJ5 CC 0042170 plastid membrane 4.426512345791869 0.610190322018266 5 26 A0A097PRJ5 CC 0009526 plastid envelope 4.4177137754552005 0.6098865597244955 6 26 A0A097PRJ5 BP 0065003 protein-containing complex assembly 3.739820512312026 0.5854966977261217 6 26 A0A097PRJ5 CC 0042651 thylakoid membrane 4.292060149366802 0.6055150192585241 7 26 A0A097PRJ5 BP 0043933 protein-containing complex organization 3.6138657765549485 0.5807276738331486 7 26 A0A097PRJ5 CC 0034357 photosynthetic membrane 4.248400266804637 0.6039811266369011 8 26 A0A097PRJ5 BP 0022607 cellular component assembly 3.2392119809396402 0.5660282146317723 8 26 A0A097PRJ5 CC 0009579 thylakoid 4.2084264253988755 0.6025698082447121 9 26 A0A097PRJ5 BP 0006996 organelle organization 3.1385809385108776 0.5619369092293374 9 26 A0A097PRJ5 CC 0031984 organelle subcompartment 3.715774739785809 0.584592528428134 10 26 A0A097PRJ5 BP 0044085 cellular component biogenesis 2.6702243829895167 0.5419687241832418 10 26 A0A097PRJ5 CC 0009507 chloroplast 3.55085255315126 0.5783106109276286 11 26 A0A097PRJ5 BP 0016043 cellular component organization 2.364204771159331 0.5279590955785296 11 26 A0A097PRJ5 CC 0009536 plastid 3.4453746739442352 0.5742161814543856 12 26 A0A097PRJ5 BP 0071840 cellular component organization or biogenesis 2.1818121596131856 0.5191743178882059 12 26 A0A097PRJ5 CC 0031967 organelle envelope 2.800790944478131 0.5477003858311139 13 26 A0A097PRJ5 BP 0009987 cellular process 0.21040841291123044 0.3713036709629731 13 26 A0A097PRJ5 CC 0031975 envelope 2.5514109785693524 0.5366299457112358 14 26 A0A097PRJ5 CC 0031090 organelle membrane 2.5296325104349573 0.5356379644034316 15 26 A0A097PRJ5 CC 0043231 intracellular membrane-bounded organelle 1.6520955641958242 0.4913311787021749 16 26 A0A097PRJ5 CC 0043227 membrane-bounded organelle 1.637950970899272 0.49053052988545287 17 26 A0A097PRJ5 CC 0005737 cytoplasm 1.202811311129372 0.4639448397436884 18 26 A0A097PRJ5 CC 0043229 intracellular organelle 1.116053686933153 0.45809427800201397 19 26 A0A097PRJ5 CC 0043226 organelle 1.0954319359171751 0.4566705080672538 20 26 A0A097PRJ5 CC 0016020 membrane 0.746427771653101 0.43014706679262454 21 44 A0A097PRJ5 CC 0005622 intracellular anatomical structure 0.7444681114251237 0.4299822851479823 22 26 A0A097PRJ5 CC 0016021 integral component of membrane 0.49098127824897847 0.40644172167097603 23 24 A0A097PRJ5 CC 0031224 intrinsic component of membrane 0.48926987732021454 0.40626424761862406 24 24 A0A097PRJ5 CC 0110165 cellular anatomical entity 0.02912401671294152 0.32947948363706586 25 44 A0A097PRT5 MF 0047632 agmatine deiminase activity 14.32214353732813 0.8467645952709317 1 96 A0A097PRT5 BP 0009446 putrescine biosynthetic process 12.057069755321015 0.8088821931943087 1 96 A0A097PRT5 MF 0004668 protein-arginine deiminase activity 12.390365051980025 0.8158032791965797 2 96 A0A097PRT5 BP 0009445 putrescine metabolic process 11.824839418438861 0.8040030767505075 2 96 A0A097PRT5 BP 0006596 polyamine biosynthetic process 9.681033257647421 0.7564804902962399 3 96 A0A097PRT5 MF 0016813 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amidines 9.615201176513036 0.7549417917213721 3 96 A0A097PRT5 BP 0006595 polyamine metabolic process 9.60703163246577 0.754750477378417 4 96 A0A097PRT5 MF 0016810 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds 5.885753502613856 0.6569635043908864 4 96 A0A097PRT5 BP 0042401 cellular biogenic amine biosynthetic process 8.098588464899024 0.7179104361569353 5 96 A0A097PRT5 MF 0016787 hydrolase activity 2.4419448516661926 0.5316000242077388 5 96 A0A097PRT5 BP 0009309 amine biosynthetic process 8.098584768900013 0.7179103418673227 6 96 A0A097PRT5 MF 0003824 catalytic activity 0.7267327659614207 0.4284810000528162 6 96 A0A097PRT5 BP 0006576 cellular biogenic amine metabolic process 7.689206828062054 0.7073311651180338 7 96 A0A097PRT5 BP 0044106 cellular amine metabolic process 7.579785537523163 0.7044560777261833 8 96 A0A097PRT5 BP 0009308 amine metabolic process 7.388435503033456 0.6993779462395568 9 96 A0A097PRT5 BP 0044271 cellular nitrogen compound biosynthetic process 2.3884224293696366 0.5290996560053005 10 96 A0A097PRT5 BP 1901566 organonitrogen compound biosynthetic process 2.350902558961397 0.5273301252900997 11 96 A0A097PRT5 BP 0044249 cellular biosynthetic process 1.8938883549592733 0.5045222308531775 12 96 A0A097PRT5 BP 1901576 organic substance biosynthetic process 1.858613150384644 0.5026525584428893 13 96 A0A097PRT5 BP 0009058 biosynthetic process 1.8010899005487204 0.49956521089426076 14 96 A0A097PRT5 BP 0034641 cellular nitrogen compound metabolic process 1.6554463898382599 0.4915203480748701 15 96 A0A097PRT5 BP 1901564 organonitrogen compound metabolic process 1.6210220155696355 0.48956771485344663 16 96 A0A097PRT5 BP 0006807 nitrogen compound metabolic process 1.092288079821921 0.45645227602381705 17 96 A0A097PRT5 BP 0044237 cellular metabolic process 0.8874118970307273 0.44148209137739747 18 96 A0A097PRT5 BP 0071704 organic substance metabolic process 0.8386546007018612 0.4376713822323487 19 96 A0A097PRT5 BP 0008152 metabolic process 0.6095623935728621 0.4180641403892448 20 96 A0A097PRT5 BP 0009987 cellular process 0.3482016612515733 0.3903805085899551 21 96 A0A097PRY8 MF 0016273 arginine N-methyltransferase activity 11.585290917628692 0.7989197404272743 1 85 A0A097PRY8 BP 0006479 protein methylation 7.955083511531976 0.71423308032071 1 85 A0A097PRY8 CC 0005634 nucleus 3.798556985964694 0.5876931604780813 1 85 A0A097PRY8 MF 0016274 protein-arginine N-methyltransferase activity 11.585290917628692 0.7989197404272743 2 85 A0A097PRY8 BP 0008213 protein alkylation 7.955083511531976 0.71423308032071 2 85 A0A097PRY8 CC 0043231 intracellular membrane-bounded organelle 2.636667940988957 0.5404731444982398 2 85 A0A097PRY8 MF 0008276 protein methyltransferase activity 8.373456757648146 0.7248641628694268 3 85 A0A097PRY8 BP 0043414 macromolecule methylation 5.881630485997072 0.6568401010982642 3 85 A0A097PRY8 CC 0043227 membrane-bounded organelle 2.614093825730982 0.5394616763691198 3 85 A0A097PRY8 MF 0008170 N-methyltransferase activity 7.545634371643832 0.7035544988874285 4 85 A0A097PRY8 BP 0032259 methylation 4.90427670049839 0.6262541351742745 4 87 A0A097PRY8 CC 0005737 cytoplasm 1.919631098735762 0.5058756924677781 4 85 A0A097PRY8 MF 0008757 S-adenosylmethionine-dependent methyltransferase activity 6.440425777819066 0.6731884723987855 5 85 A0A097PRY8 BP 0036211 protein modification process 4.056239782272842 0.597134378244504 5 85 A0A097PRY8 CC 0043229 intracellular organelle 1.7811699519885489 0.49848461586145754 5 85 A0A097PRY8 MF 0008168 methyltransferase activity 5.170132739217611 0.63485468396834 6 87 A0A097PRY8 BP 0043412 macromolecule modification 3.540783862366501 0.5779224145300444 6 85 A0A097PRY8 CC 0043226 organelle 1.7482585932455985 0.49668595222500184 6 85 A0A097PRY8 MF 0016741 transferase activity, transferring one-carbon groups 5.030155533393085 0.6303546795560411 7 87 A0A097PRY8 BP 0019538 protein metabolic process 2.281132062720781 0.5240016154149912 7 85 A0A097PRY8 CC 0005622 intracellular anatomical structure 1.1881365975573508 0.4629704375800027 7 85 A0A097PRY8 MF 0140096 catalytic activity, acting on a protein 3.377414204815133 0.5715448215287036 8 85 A0A097PRY8 BP 0044260 cellular macromolecule metabolic process 2.258386646240263 0.5229055361308446 8 85 A0A097PRY8 CC 0016021 integral component of membrane 0.031016503514308073 0.33027190224156777 8 3 A0A097PRY8 MF 0016740 transferase activity 2.269222935891953 0.5234284113377307 9 87 A0A097PRY8 BP 1901564 organonitrogen compound metabolic process 1.563296834388585 0.48624627424237576 9 85 A0A097PRY8 CC 0031224 intrinsic component of membrane 0.030908390078474623 0.3302272956726733 9 3 A0A097PRY8 BP 0043170 macromolecule metabolic process 1.4699943345002786 0.4807453048338488 10 85 A0A097PRY8 MF 0003824 catalytic activity 0.7166157319820574 0.42761638679202624 10 87 A0A097PRY8 CC 0110165 cellular anatomical entity 0.028492793740749933 0.3292094820456896 10 86 A0A097PRY8 BP 0006807 nitrogen compound metabolic process 1.0533913056239066 0.45372580659778716 11 85 A0A097PRY8 MF 0004190 aspartic-type endopeptidase activity 0.07775663521962096 0.3451888410627012 11 1 A0A097PRY8 CC 0016020 membrane 0.02540923825138086 0.32784528000313223 11 3 A0A097PRY8 BP 0044238 primary metabolic process 0.9436571862989352 0.44575021164474693 12 85 A0A097PRY8 MF 0070001 aspartic-type peptidase activity 0.07775552822724567 0.34518855284936906 12 1 A0A097PRY8 BP 0044237 cellular metabolic process 0.8558108379172165 0.43902458497327357 13 85 A0A097PRY8 MF 0004175 endopeptidase activity 0.05655658199404066 0.33923092353881723 13 1 A0A097PRY8 BP 0071704 organic substance metabolic process 0.8087898065726928 0.4352823412394048 14 85 A0A097PRY8 MF 0008233 peptidase activity 0.04621406728925358 0.3359143080849476 14 1 A0A097PRY8 BP 0008152 metabolic process 0.6010765185206204 0.41727228914360315 15 87 A0A097PRY8 MF 0016787 hydrolase activity 0.02440097471856257 0.3273814180780313 15 1 A0A097PRY8 BP 0009987 cellular process 0.3358020739602023 0.3888411228673941 16 85 A0A097PRY8 BP 0006508 proteolysis 0.043885723919711364 0.3351178314945072 17 1 A0A097PS07 CC 0016021 integral component of membrane 0.9111626820640075 0.4433004302751718 1 84 A0A097PS07 MF 0003743 translation initiation factor activity 0.09222886178371825 0.3487960857916052 1 1 A0A097PS07 BP 0006413 translational initiation 0.08666586068678381 0.3474455238299157 1 1 A0A097PS07 CC 0031224 intrinsic component of membrane 0.9079866655244346 0.4430586614156059 2 84 A0A097PS07 MF 0008135 translation factor activity, RNA binding 0.07632260989862269 0.3448137462398747 2 1 A0A097PS07 BP 0006412 translation 0.037406967291401326 0.3327829590264863 2 1 A0A097PS07 CC 0016020 membrane 0.7464397030971415 0.4301480694071661 3 84 A0A097PS07 MF 0090079 translation regulator activity, nucleic acid binding 0.0762680290740171 0.34479940034076156 3 1 A0A097PS07 BP 0043043 peptide biosynthetic process 0.0371824371036723 0.3326985501187867 3 1 A0A097PS07 MF 0045182 translation regulator activity 0.07589621096514833 0.3447015356158568 4 1 A0A097PS07 BP 0006518 peptide metabolic process 0.03679055453729103 0.33255061458804613 4 1 A0A097PS07 CC 0110165 cellular anatomical entity 0.029124482252393342 0.32947968168291314 4 84 A0A097PS07 BP 0043604 amide biosynthetic process 0.03612580348342776 0.33229785788559046 5 1 A0A097PS07 MF 0003676 nucleic acid binding 0.024312381828564208 0.32734020579824513 5 1 A0A097PS07 BP 0043603 cellular amide metabolic process 0.03513332534847264 0.3319161221274241 6 1 A0A097PS07 MF 1901363 heterocyclic compound binding 0.014201975966463914 0.3220037807250323 6 1 A0A097PS07 BP 0034645 cellular macromolecule biosynthetic process 0.03436124350579529 0.33161541326605304 7 1 A0A097PS07 MF 0097159 organic cyclic compound binding 0.014197485484594359 0.322001044892466 7 1 A0A097PS07 BP 0009059 macromolecule biosynthetic process 0.029991945577507638 0.3298460014373741 8 1 A0A097PS07 MF 0005488 binding 0.009624237615248946 0.31894458446609797 8 1 A0A097PS07 BP 0010467 gene expression 0.029012375495031897 0.3294319443848796 9 1 A0A097PS07 BP 0044271 cellular nitrogen compound biosynthetic process 0.025915339938831345 0.3280746475597811 10 1 A0A097PS07 BP 0019538 protein metabolic process 0.025665141475126763 0.32796153916501997 11 1 A0A097PS07 BP 1901566 organonitrogen compound biosynthetic process 0.025508234317926985 0.3278903239402607 12 1 A0A097PS07 BP 0044260 cellular macromolecule metabolic process 0.025409231551530798 0.3278452769516847 13 1 A0A097PS07 BP 0044249 cellular biosynthetic process 0.02054944716706469 0.3255145337829391 14 1 A0A097PS07 BP 1901576 organic substance biosynthetic process 0.020166697069459633 0.3253197788781379 15 1 A0A097PS07 BP 0009058 biosynthetic process 0.01954254677026917 0.3249981845311214 16 1 A0A097PS07 BP 0034641 cellular nitrogen compound metabolic process 0.01796225634779873 0.3241601893380022 17 1 A0A097PS07 BP 1901564 organonitrogen compound metabolic process 0.01758873809977742 0.32395679279909123 18 1 A0A097PS07 BP 0043170 macromolecule metabolic process 0.01653898657563276 0.3233732995352597 19 1 A0A097PS07 BP 0006807 nitrogen compound metabolic process 0.011851763135212788 0.32050731464386717 20 1 A0A097PS07 BP 0044238 primary metabolic process 0.010617138562988467 0.3196613354019295 21 1 A0A097PS07 BP 0044237 cellular metabolic process 0.009628774497559932 0.3189479415314296 22 1 A0A097PS07 BP 0071704 organic substance metabolic process 0.009099738304747767 0.31855099803871656 23 1 A0A097PS07 BP 0008152 metabolic process 0.006613996104339735 0.31650860467742226 24 1 A0A097PS07 BP 0009987 cellular process 0.0037781274818215107 0.3136249320907412 25 1 A0A097PS49 MF 0004482 mRNA (guanine-N7-)-methyltransferase activity 11.8029277813647 0.8035402535197247 1 98 A0A097PS49 BP 0106005 RNA 5'-cap (guanine-N7)-methylation 11.434222453180901 0.795686933990418 1 98 A0A097PS49 CC 0005845 mRNA cap binding complex 1.2154276136354165 0.4647778216848919 1 8 A0A097PS49 MF 0008174 mRNA methyltransferase activity 11.283784746044887 0.7924463327922151 2 98 A0A097PS49 BP 0006370 7-methylguanosine mRNA capping 9.854945426174995 0.760520368805371 2 98 A0A097PS49 CC 0034518 RNA cap binding complex 1.0597291334984216 0.45417344817964345 2 8 A0A097PS49 BP 0009452 7-methylguanosine RNA capping 9.777147967549459 0.7587176226599184 3 98 A0A097PS49 MF 0008170 N-methyltransferase activity 7.824187109835711 0.7108497873988742 3 98 A0A097PS49 CC 0140535 intracellular protein-containing complex 0.4464903785309664 0.40172254640125415 3 8 A0A097PS49 BP 0036265 RNA (guanine-N7)-methylation 9.687712017095844 0.7566363007824359 4 98 A0A097PS49 MF 0008173 RNA methyltransferase activity 7.324386467576607 0.6976635261336304 4 98 A0A097PS49 CC 0005634 nucleus 0.31870164725776484 0.3866707239031189 4 8 A0A097PS49 BP 0036260 RNA capping 9.379724466862397 0.7493943963261046 5 98 A0A097PS49 MF 0008757 S-adenosylmethionine-dependent methyltransferase activity 6.6781789138939915 0.6799283480346117 5 98 A0A097PS49 CC 0032991 protein-containing complex 0.22599199626219085 0.37372606969019473 5 8 A0A097PS49 BP 0001510 RNA methylation 6.8283406569384555 0.6841234826731996 6 98 A0A097PS49 MF 0008168 methyltransferase activity 5.243075390918458 0.6371755151732974 6 98 A0A097PS49 CC 0043231 intracellular membrane-bounded organelle 0.22121832558252688 0.37299315344153794 6 8 A0A097PS49 BP 0006397 mRNA processing 6.781835987546361 0.6828292363714812 7 98 A0A097PS49 MF 0016741 transferase activity, transferring one-carbon groups 5.101123321181238 0.6326438778593022 7 98 A0A097PS49 CC 0043227 membrane-bounded organelle 0.21932434117089747 0.3727001754253596 7 8 A0A097PS49 BP 0016071 mRNA metabolic process 6.495047392760103 0.6747477590574722 8 98 A0A097PS49 MF 0140098 catalytic activity, acting on RNA 4.688693806317361 0.619107250339971 8 98 A0A097PS49 CC 0043229 intracellular organelle 0.14944143258670087 0.3608309157317313 8 8 A0A097PS49 BP 0043414 macromolecule methylation 6.09875527580456 0.6632809551970079 9 98 A0A097PS49 MF 0140640 catalytic activity, acting on a nucleic acid 3.7732930163595597 0.5867505053986418 9 98 A0A097PS49 CC 0043226 organelle 0.1466801460550982 0.36030992165509207 9 8 A0A097PS49 BP 0009451 RNA modification 5.655990981562786 0.6500193943350525 10 98 A0A097PS49 MF 0003723 RNA binding 3.6041532548639217 0.5803565022603789 10 98 A0A097PS49 CC 0005622 intracellular anatomical structure 0.09968551010498995 0.3505440137527672 10 8 A0A097PS49 BP 0032259 methylation 4.97346853081553 0.6285145085908368 11 98 A0A097PS49 MF 0016740 transferase activity 2.301238194801802 0.5249659685710305 11 98 A0A097PS49 CC 0110165 cellular anatomical entity 0.0023565870675691194 0.31174868919793197 11 8 A0A097PS49 BP 0006396 RNA processing 4.6370368694970505 0.617370487576108 12 98 A0A097PS49 MF 0003676 nucleic acid binding 2.240669199782783 0.5220479200861798 12 98 A0A097PS49 BP 0043412 macromolecule modification 3.6714945477283925 0.5829198167089102 13 98 A0A097PS49 MF 1901363 heterocyclic compound binding 1.3088775237448746 0.47081778107178696 13 98 A0A097PS49 BP 0016070 RNA metabolic process 3.587469614994853 0.5797177546845314 14 98 A0A097PS49 MF 0097159 organic cyclic compound binding 1.3084636735310928 0.4707915168441874 14 98 A0A097PS49 BP 0090304 nucleic acid metabolic process 2.742044511956662 0.5451384206556074 15 98 A0A097PS49 MF 0005488 binding 0.8869856087297531 0.44144923425114213 15 98 A0A097PS49 BP 0010467 gene expression 2.673828366247314 0.5421287901639706 16 98 A0A097PS49 MF 0003824 catalytic activity 0.7267260820210054 0.4284804308293203 16 98 A0A097PS49 BP 0044260 cellular macromolecule metabolic process 2.3417566789270117 0.5268966465365428 17 98 A0A097PS49 BP 0006139 nucleobase-containing compound metabolic process 2.28294536762136 0.5240887611145472 18 98 A0A097PS49 BP 0006725 cellular aromatic compound metabolic process 2.086393135150806 0.5144319954706718 19 98 A0A097PS49 BP 0046483 heterocycle metabolic process 2.0836526226905963 0.5142942069578517 20 98 A0A097PS49 BP 1901360 organic cyclic compound metabolic process 2.036087850937715 0.5118881309458481 21 98 A0A097PS49 BP 0034641 cellular nitrogen compound metabolic process 1.6554311642896833 0.491519488956495 22 98 A0A097PS49 BP 0043170 macromolecule metabolic process 1.5242602751533767 0.48396527926921507 23 98 A0A097PS49 BP 0006807 nitrogen compound metabolic process 1.092278033779161 0.45645157817066484 24 98 A0A097PS49 BP 0044238 primary metabolic process 0.9784929973403267 0.4483301047922963 25 98 A0A097PS49 BP 0044237 cellular metabolic process 0.8874037352847302 0.44148146236664304 26 98 A0A097PS49 BP 0071704 organic substance metabolic process 0.8386468873887388 0.4376707707456503 27 98 A0A097PS49 BP 0008152 metabolic process 0.6095567872772485 0.41806361906907225 28 98 A0A097PS49 BP 0009987 cellular process 0.34819845875505007 0.39038011457666866 29 98 A0A097PSC8 BP 0043248 proteasome assembly 11.885810625096344 0.8052886743038952 1 72 A0A097PSC8 CC 0000502 proteasome complex 0.8304496224989225 0.4370193206192115 1 11 A0A097PSC8 BP 0065003 protein-containing complex assembly 6.188850539808202 0.6659198547765584 2 72 A0A097PSC8 CC 1905369 endopeptidase complex 0.8192960603643569 0.4361277429331576 2 11 A0A097PSC8 BP 0043933 protein-containing complex organization 5.9804140568766515 0.6597849317806836 3 72 A0A097PSC8 CC 1905368 peptidase complex 0.7984974408762372 0.43444880918872186 3 11 A0A097PSC8 BP 0022607 cellular component assembly 5.360417365163352 0.6408753913159522 4 72 A0A097PSC8 CC 0140535 intracellular protein-containing complex 0.5343831642142653 0.4108434012383998 4 11 A0A097PSC8 BP 0044085 cellular component biogenesis 4.4188269355892835 0.6099250072259911 5 72 A0A097PSC8 CC 1902494 catalytic complex 0.45010594302979623 0.4021145861826396 5 11 A0A097PSC8 BP 0016043 cellular component organization 3.9124096801001182 0.5919028721686781 6 72 A0A097PSC8 CC 0032991 protein-containing complex 0.2704791051646641 0.38021504349035906 6 11 A0A097PSC8 BP 0071840 cellular component organization or biogenesis 3.6105768491639227 0.5806020408297063 7 72 A0A097PSC8 BP 0009987 cellular process 0.3481948439875314 0.3903796698381996 8 72 A0A097PSH7 BP 0001510 RNA methylation 6.828242660056643 0.68412076001674 1 50 A0A097PSH7 MF 0008168 methyltransferase activity 5.192501554653058 0.6355681277742125 1 49 A0A097PSH7 BP 0043414 macromolecule methylation 6.098667749562095 0.6632783821017765 2 50 A0A097PSH7 MF 0016741 transferase activity, transferring one-carbon groups 5.051918731054252 0.6310583991313323 2 49 A0A097PSH7 BP 0009451 RNA modification 5.655909809648905 0.6500169164017602 3 50 A0A097PSH7 MF 0003723 RNA binding 3.5693881898979254 0.5790238122787477 3 49 A0A097PSH7 BP 0032259 methylation 4.9733971541176905 0.6285121849717046 4 50 A0A097PSH7 MF 0016740 transferase activity 2.279040832567954 0.5239010698757274 4 49 A0A097PSH7 BP 0043412 macromolecule modification 3.671441856300804 0.5829178202668983 5 50 A0A097PSH7 MF 0003676 nucleic acid binding 2.219056076036552 0.520997128999258 5 49 A0A097PSH7 BP 0016070 RNA metabolic process 3.5874181294504823 0.5797157812197868 6 50 A0A097PSH7 MF 1901363 heterocyclic compound binding 1.296252308076225 0.4700146674111628 6 49 A0A097PSH7 BP 0090304 nucleic acid metabolic process 2.7420051595245756 0.5451366953242849 7 50 A0A097PSH7 MF 0097159 organic cyclic compound binding 1.2958424497930163 0.4699885301606986 7 49 A0A097PSH7 BP 0044260 cellular macromolecule metabolic process 2.3417230712228814 0.5268950521040351 8 50 A0A097PSH7 MF 0005488 binding 0.8784298925515415 0.4407881058794627 8 49 A0A097PSH7 BP 0006139 nucleobase-containing compound metabolic process 2.2829126039473406 0.5240871868307855 9 50 A0A097PSH7 MF 0003824 catalytic activity 0.719716202676988 0.4278820014843364 9 49 A0A097PSH7 BP 0006725 cellular aromatic compound metabolic process 2.086363192294737 0.5144304904816599 10 50 A0A097PSH7 BP 0046483 heterocycle metabolic process 2.083622719164972 0.5142927029575788 11 50 A0A097PSH7 BP 1901360 organic cyclic compound metabolic process 2.036058630037571 0.5118866442110286 12 50 A0A097PSH7 BP 0034641 cellular nitrogen compound metabolic process 1.6554074063812387 0.49151814838240937 13 50 A0A097PSH7 BP 0043170 macromolecule metabolic process 1.5242383997430038 0.4839639929024168 14 50 A0A097PSH7 BP 0006807 nitrogen compound metabolic process 1.0922623579588175 0.4564504892359167 15 50 A0A097PSH7 BP 0044238 primary metabolic process 0.978478954505115 0.4483290741353906 16 50 A0A097PSH7 BP 0044237 cellular metabolic process 0.8873909997164076 0.4414804808540349 17 50 A0A097PSH7 BP 0071704 organic substance metabolic process 0.838634851553968 0.437669816577697 18 50 A0A097PSH7 BP 0008152 metabolic process 0.6095480392274013 0.4180628055975719 19 50 A0A097PSH7 BP 0009987 cellular process 0.3481934615873743 0.3903794997556888 20 50 A0A097PSM9 MF 0016538 cyclin-dependent protein serine/threonine kinase regulator activity 11.605033344478029 0.7993406596742367 1 44 A0A097PSM9 BP 0006357 regulation of transcription by RNA polymerase II 6.803611511212207 0.6834358098138429 1 44 A0A097PSM9 MF 0019887 protein kinase regulator activity 9.819776577870412 0.7597063102664676 2 44 A0A097PSM9 BP 0050790 regulation of catalytic activity 6.2201640577713455 0.6668325277250797 2 44 A0A097PSM9 MF 0019207 kinase regulator activity 9.76096433593613 0.7583417105305847 3 44 A0A097PSM9 BP 0065009 regulation of molecular function 6.139481884486153 0.6644762390012673 3 44 A0A097PSM9 MF 0030234 enzyme regulator activity 6.741805706305403 0.6817116170335671 4 44 A0A097PSM9 BP 0006355 regulation of DNA-templated transcription 3.520962588258158 0.5771565930322669 4 44 A0A097PSM9 MF 0098772 molecular function regulator activity 6.37476814582782 0.6713053624938045 5 44 A0A097PSM9 BP 1903506 regulation of nucleic acid-templated transcription 3.5209430849735046 0.5771558384366534 5 44 A0A097PSM9 BP 2001141 regulation of RNA biosynthetic process 3.519102450075905 0.5770846135872001 6 44 A0A097PSM9 BP 0051252 regulation of RNA metabolic process 3.4934904339196247 0.5760915963288931 7 44 A0A097PSM9 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4639209220718596 0.5749406027170565 8 44 A0A097PSM9 BP 0010556 regulation of macromolecule biosynthetic process 3.4369540920002097 0.5738866278250168 9 44 A0A097PSM9 BP 0031326 regulation of cellular biosynthetic process 3.4322069486764772 0.573700662428969 10 44 A0A097PSM9 BP 0009889 regulation of biosynthetic process 3.430069345271219 0.5736168815993651 11 44 A0A097PSM9 BP 0031323 regulation of cellular metabolic process 3.343742686549053 0.5702113195519565 12 44 A0A097PSM9 BP 0051171 regulation of nitrogen compound metabolic process 3.327548466289686 0.5695675846847328 13 44 A0A097PSM9 BP 0080090 regulation of primary metabolic process 3.321534615787499 0.5693281299598221 14 44 A0A097PSM9 BP 0010468 regulation of gene expression 3.297174397418954 0.5683559495019214 15 44 A0A097PSM9 BP 0060255 regulation of macromolecule metabolic process 3.2046142832657756 0.5646288578027913 16 44 A0A097PSM9 BP 0019222 regulation of metabolic process 3.1691291941961315 0.5631857395803583 17 44 A0A097PSM9 BP 0050794 regulation of cellular process 2.636058270557376 0.5404458842917348 18 44 A0A097PSM9 BP 0050789 regulation of biological process 2.460404905481786 0.5324560428143866 19 44 A0A097PSM9 BP 0065007 biological regulation 2.36283611096062 0.5278944628363956 20 44 A0A097PSM9 BP 0051301 cell division 1.4975605223254125 0.4823882899760352 21 11 A0A097PSM9 BP 0007049 cell cycle 1.4887742147562089 0.48186626744579153 22 11 A0A097PSM9 BP 0009651 response to salt stress 0.5709128825365045 0.41441134462320856 23 2 A0A097PSM9 BP 0006970 response to osmotic stress 0.5124404909295861 0.40864134580564226 24 2 A0A097PSM9 BP 0009628 response to abiotic stimulus 0.34903037445000223 0.3904824069710356 25 2 A0A097PSM9 BP 0006950 response to stress 0.2037720485183008 0.3702449025462185 26 2 A0A097PSM9 BP 0050896 response to stimulus 0.1329201099251655 0.3576373213749682 27 2 A0A097PSM9 BP 0009987 cellular process 0.0839923661883674 0.34678104580501773 28 11 A0A097PSU7 BP 0061077 chaperone-mediated protein folding 10.93353224066099 0.7848167541037756 1 2 A0A097PSU7 MF 0044183 protein folding chaperone 8.311586367712069 0.7233090154952808 1 2 A0A097PSU7 CC 0005783 endoplasmic reticulum 6.556446721783551 0.6764927224855692 1 2 A0A097PSU7 BP 0009408 response to heat 9.330139623798198 0.7482174256938755 2 2 A0A097PSU7 CC 0012505 endomembrane system 5.413415540554808 0.6425331783264318 2 2 A0A097PSU7 BP 0009266 response to temperature stimulus 9.080083507530833 0.7422337287485536 3 2 A0A097PSU7 CC 0043231 intracellular membrane-bounded organelle 2.7294564193942574 0.5445858871804382 3 2 A0A097PSU7 BP 0009628 response to abiotic stimulus 7.96449499278774 0.7144752634222125 4 2 A0A097PSU7 CC 0043227 membrane-bounded organelle 2.706087885630421 0.5435567753618507 4 2 A0A097PSU7 BP 0006457 protein folding 6.727821862496772 0.6813204155909421 5 2 A0A097PSU7 CC 0005737 cytoplasm 1.9871859265478595 0.509384929530353 5 2 A0A097PSU7 BP 0006950 response to stress 4.649857373162775 0.6178024257214974 6 2 A0A097PSU7 CC 0043229 intracellular organelle 1.843852114978049 0.5018649256185461 6 2 A0A097PSU7 BP 0050896 response to stimulus 3.033092898026342 0.5575770825772974 7 2 A0A097PSU7 CC 0043226 organelle 1.8097825539250787 0.5000348867348191 7 2 A0A097PSU7 CC 0005622 intracellular anatomical structure 1.2299489870930793 0.46573125067154786 8 2 A0A097PSU7 BP 0009987 cellular process 0.3476194753871049 0.39030885061934517 8 2 A0A097PSU7 CC 0110165 cellular anatomical entity 0.029076260669184246 0.32945915924943414 9 2 A0A097PSX7 CC 0017119 Golgi transport complex 12.274590322530237 0.8134098178269393 1 96 A0A097PSX7 BP 0006886 intracellular protein transport 6.810940282834671 0.6836397398276073 1 96 A0A097PSX7 CC 0099023 vesicle tethering complex 9.634159273373434 0.7553854394440795 2 96 A0A097PSX7 BP 0046907 intracellular transport 6.311908205237448 0.6694933842154341 2 96 A0A097PSX7 CC 0000139 Golgi membrane 8.123370060973393 0.7185421630649835 3 96 A0A097PSX7 BP 0051649 establishment of localization in cell 6.229852145485754 0.6671144340080317 3 96 A0A097PSX7 CC 0005794 Golgi apparatus 6.943829471537919 0.687318654147459 4 96 A0A097PSX7 BP 0015031 protein transport 5.454716274569892 0.6438194500547086 4 96 A0A097PSX7 CC 0098588 bounding membrane of organelle 6.586515640055463 0.6773442978228903 5 96 A0A097PSX7 BP 0045184 establishment of protein localization 5.412284529485604 0.6424978851717786 5 96 A0A097PSX7 CC 0012505 endomembrane system 5.4225282568293585 0.6428174058516711 6 96 A0A097PSX7 BP 0008104 protein localization 5.370763345639842 0.6411996559383957 6 96 A0A097PSX7 BP 0070727 cellular macromolecule localization 5.369933437319579 0.6411736564076691 7 96 A0A097PSX7 CC 0031090 organelle membrane 4.186285966699569 0.6017852310152184 7 96 A0A097PSX7 BP 0051641 cellular localization 5.183905038397646 0.6352941277166597 8 96 A0A097PSX7 CC 0032991 protein-containing complex 2.7930491650649447 0.5473643098377485 8 96 A0A097PSX7 BP 0033036 macromolecule localization 5.114580358415949 0.6330761597310283 9 96 A0A097PSX7 CC 0043231 intracellular membrane-bounded organelle 2.7340510716516646 0.5447877091932757 9 96 A0A097PSX7 BP 0071705 nitrogen compound transport 4.550652303925414 0.6144443858244273 10 96 A0A097PSX7 CC 0043227 membrane-bounded organelle 2.710643200279927 0.5437577315571067 10 96 A0A097PSX7 BP 0071702 organic substance transport 4.187956039497942 0.6018444845508271 11 96 A0A097PSX7 CC 0005737 cytoplasm 1.9905310718443456 0.5095571360947361 11 96 A0A097PSX7 BP 0009933 meristem structural organization 4.116272113269667 0.5992904438622355 12 22 A0A097PSX7 CC 0043229 intracellular organelle 1.8469559781583553 0.5020308054150485 12 96 A0A097PSX7 BP 0045053 protein retention in Golgi apparatus 4.004614436744631 0.5952674557731208 13 22 A0A097PSX7 CC 0043226 organelle 1.8128290658377522 0.5001992268737142 13 96 A0A097PSX7 BP 0007030 Golgi organization 3.930687913809798 0.5925729763530584 14 29 A0A097PSX7 CC 0005622 intracellular anatomical structure 1.232019431541244 0.4658667303011429 14 96 A0A097PSX7 BP 0048532 anatomical structure arrangement 3.915845646498764 0.5920289585109014 15 22 A0A097PSX7 CC 0016020 membrane 0.7464582631179293 0.4301496290135839 15 96 A0A097PSX7 BP 0034067 protein localization to Golgi apparatus 3.744866553448998 0.5856860696565354 16 22 A0A097PSX7 CC 0110165 cellular anatomical entity 0.029125206424746176 0.3294799897510306 16 96 A0A097PSX7 BP 0009826 unidimensional cell growth 3.715885909856903 0.5845967153664893 17 22 A0A097PSX7 CC 0016021 integral component of membrane 0.021237408770187975 0.32586008361510477 17 2 A0A097PSX7 BP 0010016 shoot system morphogenesis 3.5031150648543363 0.5764651836364006 18 22 A0A097PSX7 CC 0031224 intrinsic component of membrane 0.021163382075680477 0.32582317284019746 18 2 A0A097PSX7 BP 0009793 embryo development ending in seed dormancy 3.4785323008610516 0.5755099622250732 19 22 A0A097PSX7 BP 0048316 seed development 3.316998149224646 0.569147357067582 20 22 A0A097PSX7 BP 0016049 cell growth 3.27893650894812 0.5676257491681131 21 22 A0A097PSX7 BP 0060560 developmental growth involved in morphogenesis 3.26623266836705 0.5671159179556173 22 22 A0A097PSX7 BP 0010154 fruit development 3.2313504550900696 0.5657109018770713 23 22 A0A097PSX7 BP 0032507 maintenance of protein location in cell 3.2169166315899504 0.5651273065952881 24 22 A0A097PSX7 BP 0048507 meristem development 3.1770790401007742 0.5635097457315049 25 22 A0A097PSX7 BP 0051651 maintenance of location in cell 3.1670682826040637 0.5631016781773539 26 22 A0A097PSX7 BP 0045185 maintenance of protein location 3.1590814186451195 0.5627756476550079 27 22 A0A097PSX7 BP 0010256 endomembrane system organization 3.1576964271830015 0.5627190692219401 28 29 A0A097PSX7 BP 0048367 shoot system development 2.944665824294486 0.5538636156428816 29 22 A0A097PSX7 BP 0051235 maintenance of location 2.9320293317131583 0.5533284209049356 30 22 A0A097PSX7 BP 0048589 developmental growth 2.8978109437178596 0.5518733481563929 31 22 A0A097PSX7 BP 0040007 growth 2.854014729519976 0.5499984033846508 32 22 A0A097PSX7 BP 0048608 reproductive structure development 2.7555019720618374 0.5457277127159004 33 22 A0A097PSX7 BP 0061458 reproductive system development 2.754143592047711 0.5456682956674707 34 22 A0A097PSX7 BP 0009791 post-embryonic development 2.7080539523271865 0.5436435284728846 35 22 A0A097PSX7 BP 0009790 embryo development 2.4890673399275696 0.533778821130166 36 22 A0A097PSX7 BP 0003006 developmental process involved in reproduction 2.4248293383338195 0.5308034584725883 37 22 A0A097PSX7 BP 0006810 transport 2.4109541256109774 0.5301556325941343 38 96 A0A097PSX7 BP 0051234 establishment of localization 2.404329330498567 0.5298456671758853 39 96 A0A097PSX7 BP 0051179 localization 2.3955117582459398 0.529432441404372 40 96 A0A097PSX7 BP 0009888 tissue development 2.279793738817688 0.5239372746301205 41 22 A0A097PSX7 BP 0000902 cell morphogenesis 2.262995581954993 0.5231280805532577 42 22 A0A097PSX7 BP 0022414 reproductive process 2.013962312274034 0.5107593312329387 43 22 A0A097PSX7 BP 0033365 protein localization to organelle 2.007682974099607 0.5104378439914762 44 22 A0A097PSX7 BP 0000003 reproduction 1.990505392440422 0.5095558146820274 45 22 A0A097PSX7 BP 0009653 anatomical structure morphogenesis 1.92948531084051 0.5063913879863563 46 22 A0A097PSX7 BP 0048731 system development 1.8188865159908933 0.5005255784418794 47 22 A0A097PSX7 BP 0007275 multicellular organism development 1.7833713435742369 0.4986043304607439 48 22 A0A097PSX7 BP 0006996 organelle organization 1.6910642145229073 0.49351942293459916 49 29 A0A097PSX7 BP 0048856 anatomical structure development 1.5992557072397895 0.48832236259770967 50 22 A0A097PSX7 BP 0032501 multicellular organismal process 1.5858880078995503 0.4875533300382209 51 22 A0A097PSX7 BP 0032502 developmental process 1.5525974172534132 0.4856239438323474 52 22 A0A097PSX7 BP 0016043 cellular component organization 1.2738311238864382 0.4685787128889617 53 29 A0A097PSX7 BP 0006890 retrograde vesicle-mediated transport, Golgi to endoplasmic reticulum 1.2187433335947746 0.4649960213227764 54 10 A0A097PSX7 BP 0071840 cellular component organization or biogenesis 1.1755581704652003 0.4621304288574628 55 29 A0A097PSX7 BP 0048193 Golgi vesicle transport 0.9623449968681349 0.4471400156654399 56 10 A0A097PSX7 BP 0016192 vesicle-mediated transport 0.6894176775074081 0.42526127268570035 57 10 A0A097PSX7 BP 0009987 cellular process 0.348204643406626 0.3903808754923036 58 96 A0A097PT27 CC 0000502 proteasome complex 8.384105256792607 0.7251312387218257 1 91 A0A097PT27 MF 0061133 endopeptidase activator activity 0.8433963719515228 0.4380467639116482 1 4 A0A097PT27 BP 0010950 positive regulation of endopeptidase activity 0.6693014948331457 0.4234893521643544 1 4 A0A097PT27 CC 1905369 endopeptidase complex 8.271500426359927 0.7222983409317659 2 91 A0A097PT27 MF 0016504 peptidase activator activity 0.6840557277775643 0.424791524559244 2 4 A0A097PT27 BP 0010952 positive regulation of peptidase activity 0.6230690726701739 0.41931321992627285 2 4 A0A097PT27 CC 1905368 peptidase complex 8.061520422443914 0.7169636990170272 3 91 A0A097PT27 MF 0070628 proteasome binding 0.6475719205039964 0.4215451312758156 3 4 A0A097PT27 BP 0045862 positive regulation of proteolysis 0.5205030903357415 0.4094558469665157 3 4 A0A097PT27 CC 0140535 intracellular protein-containing complex 5.395058983528049 0.6419599062326875 4 91 A0A097PT27 MF 0043130 ubiquitin binding 0.5417789089427392 0.41157537793334875 4 4 A0A097PT27 BP 0051345 positive regulation of hydrolase activity 0.5007556261037903 0.407449456910347 4 4 A0A097PT27 CC 1902494 catalytic complex 4.54420774099949 0.6142249805295235 5 91 A0A097PT27 MF 0032182 ubiquitin-like protein binding 0.5394701944282729 0.41134741763371047 5 4 A0A097PT27 BP 0043085 positive regulation of catalytic activity 0.4593963797948764 0.403114796911189 5 4 A0A097PT27 CC 0005634 nucleus 3.938797412163512 0.5928697822335642 6 93 A0A097PT27 MF 0061135 endopeptidase regulator activity 0.47635483738026363 0.4049148097372918 6 4 A0A097PT27 BP 0052548 regulation of endopeptidase activity 0.45442336426006835 0.4025806720738553 6 4 A0A097PT27 CC 0043231 intracellular membrane-bounded organelle 2.7340121264665753 0.5447859992227366 7 93 A0A097PT27 MF 0061134 peptidase regulator activity 0.46848356385226403 0.40408338752548056 7 4 A0A097PT27 BP 0044093 positive regulation of molecular function 0.44526191217739036 0.40158898133901716 7 4 A0A097PT27 CC 0032991 protein-containing complex 2.7307198727356434 0.5446414018165279 8 91 A0A097PT27 BP 0051247 positive regulation of protein metabolic process 0.4408094872259434 0.40110334045853424 8 4 A0A097PT27 MF 0008047 enzyme activator activity 0.43315009101539514 0.40026213002482325 8 4 A0A097PT27 CC 0043227 membrane-bounded organelle 2.710604588528215 0.543756028922351 9 93 A0A097PT27 BP 0052547 regulation of peptidase activity 0.44078785345511745 0.40110097481824747 9 4 A0A097PT27 MF 0044877 protein-containing complex binding 0.385987690900915 0.39490972190829343 9 4 A0A097PT27 CC 0005737 cytoplasm 1.9905027177284251 0.509555677046005 10 93 A0A097PT27 BP 0030162 regulation of proteolysis 0.42154353179892073 0.39897310932953217 10 4 A0A097PT27 MF 0030234 enzyme regulator activity 0.33784762259943574 0.38909700789227547 10 4 A0A097PT27 CC 0043229 intracellular organelle 1.8469296691975732 0.5020293999709096 11 93 A0A097PT27 BP 0051336 regulation of hydrolase activity 0.40138015189599224 0.3966908354002141 11 4 A0A097PT27 MF 0098772 molecular function regulator activity 0.3194545135995617 0.3867674861830196 11 4 A0A097PT27 CC 0043226 organelle 1.812803242997705 0.5001978344745801 12 93 A0A097PT27 BP 0006511 ubiquitin-dependent protein catabolic process 0.4012885924098188 0.39668034271147234 12 4 A0A097PT27 MF 0005515 protein binding 0.252186651568423 0.3776168105616471 12 4 A0A097PT27 CC 0005622 intracellular anatomical structure 1.2320018820428853 0.4658655824274694 13 93 A0A097PT27 BP 0019941 modification-dependent protein catabolic process 0.3960853114798605 0.3960820686203938 13 4 A0A097PT27 MF 0005488 binding 0.05304059002805534 0.3381403481020323 13 5 A0A097PT27 CC 0008541 proteasome regulatory particle, lid subcomplex 0.7001111727652107 0.4261926823304838 14 4 A0A097PT27 BP 0043632 modification-dependent macromolecule catabolic process 0.39540572065214397 0.39600363971243413 14 4 A0A097PT27 MF 0003677 DNA binding 0.031417109336219856 0.33043651438753696 14 1 A0A097PT27 CC 0005838 proteasome regulatory particle 0.5725397261776385 0.41456754729487777 15 4 A0A097PT27 BP 0051603 proteolysis involved in protein catabolic process 0.380445758435698 0.3942597741339836 15 4 A0A097PT27 MF 0003676 nucleic acid binding 0.02170870215668238 0.32609358398953814 15 1 A0A097PT27 CC 0022624 proteasome accessory complex 0.5606764141375479 0.4134233335872226 16 4 A0A097PT27 BP 0030163 protein catabolic process 0.3608346409119343 0.39192093308221343 16 4 A0A097PT27 MF 1901363 heterocyclic compound binding 0.012681047396602762 0.32105099475580834 16 1 A0A097PT27 BP 0051173 positive regulation of nitrogen compound metabolic process 0.35337975990071613 0.3910152339577273 17 4 A0A097PT27 CC 0110165 cellular anatomical entity 0.0291247915508008 0.32947981326114456 17 93 A0A097PT27 MF 0097159 organic cyclic compound binding 0.012677037812756411 0.3210484095644762 17 1 A0A097PT27 BP 0010604 positive regulation of macromolecule metabolic process 0.35025137940358675 0.3906323212884477 18 4 A0A097PT27 BP 0009893 positive regulation of metabolic process 0.3459878450714194 0.39010770209503676 19 4 A0A097PT27 BP 0051246 regulation of protein metabolic process 0.33058299318567763 0.3881846960146192 20 4 A0A097PT27 BP 0044265 cellular macromolecule catabolic process 0.3295681047012416 0.38805644866559796 21 4 A0A097PT27 BP 0048518 positive regulation of biological process 0.3165833255742755 0.38639785135739785 22 4 A0A097PT27 BP 0050790 regulation of catalytic activity 0.311706941825848 0.38576620703346143 23 4 A0A097PT27 BP 0065009 regulation of molecular function 0.307663769771058 0.38523873331903113 24 4 A0A097PT27 BP 0009057 macromolecule catabolic process 0.2922681550204764 0.38319777833176494 25 4 A0A097PT27 BP 1901565 organonitrogen compound catabolic process 0.2760088999112805 0.3809830694006575 26 4 A0A097PT27 BP 0044248 cellular catabolic process 0.23977156258985538 0.37579932098792806 27 4 A0A097PT27 BP 0006508 proteolysis 0.22007677036718956 0.3728167185991976 28 4 A0A097PT27 BP 1901575 organic substance catabolic process 0.21396769600585702 0.3718646446696424 29 4 A0A097PT27 BP 0009056 catabolic process 0.2093483337031318 0.3711356778651086 30 4 A0A097PT27 BP 0051171 regulation of nitrogen compound metabolic process 0.16675122176376808 0.36399268655149974 31 4 A0A097PT27 BP 0080090 regulation of primary metabolic process 0.16644985367584877 0.36393908273295655 32 4 A0A097PT27 BP 0060255 regulation of macromolecule metabolic process 0.16059070286421157 0.36288711379776706 33 4 A0A097PT27 BP 0019222 regulation of metabolic process 0.15881246221145945 0.36256406046331946 34 4 A0A097PT27 BP 0050789 regulation of biological process 0.1232966335964823 0.35568497678708877 35 4 A0A097PT27 BP 0019538 protein metabolic process 0.11852778109726594 0.3546892583460177 36 4 A0A097PT27 BP 0065007 biological regulation 0.11840723352996317 0.354663831326286 37 4 A0A097PT27 BP 0044260 cellular macromolecule metabolic process 0.11734592767035237 0.35443940979657024 38 4 A0A097PT27 BP 1901564 organonitrogen compound metabolic process 0.08122901256118098 0.3460830221345407 39 4 A0A097PT27 BP 0043170 macromolecule metabolic process 0.07638100815875348 0.34482908982585236 40 4 A0A097PT27 BP 0006807 nitrogen compound metabolic process 0.05473428571857149 0.33867006233694713 41 4 A0A097PT27 BP 0044238 primary metabolic process 0.0490324932240422 0.3368520452839662 42 4 A0A097PT27 BP 0044237 cellular metabolic process 0.04446799083448589 0.3353189553950343 43 4 A0A097PT27 BP 0071704 organic substance metabolic process 0.04202477476591513 0.334465920234066 44 4 A0A097PT27 BP 0008152 metabolic process 0.030545020887303636 0.33007679840263265 45 4 A0A097PT27 BP 0009987 cellular process 0.017448299186540634 0.3238797598963544 46 4 A0A0A0UMU7 CC 0016021 integral component of membrane 0.9109675980367052 0.44328559199322193 1 10 A0A0A0UMU7 CC 0031224 intrinsic component of membrane 0.9077922614965547 0.4430438490169416 2 10 A0A0A0UMU7 CC 0016020 membrane 0.746279887000318 0.43013463919038947 3 10 A0A0A0UMU7 CC 0110165 cellular anatomical entity 0.029118246569783936 0.3294770288202726 4 10 A0A0A0UNG9 MF 0003700 DNA-binding transcription factor activity 4.7586980704000705 0.6214456736344911 1 100 A0A0A0UNG9 BP 0006355 regulation of DNA-templated transcription 3.52110397400621 0.5771620632824539 1 100 A0A0A0UNG9 CC 0005634 nucleus 0.04475248215414978 0.33541674415290834 1 1 A0A0A0UNG9 MF 0140110 transcription regulator activity 4.677166770491405 0.6187205313493707 2 100 A0A0A0UNG9 BP 1903506 regulation of nucleic acid-templated transcription 3.521084469938394 0.57716130867169 2 100 A0A0A0UNG9 CC 0043231 intracellular membrane-bounded organelle 0.031063752738610062 0.33029137240435197 2 1 A0A0A0UNG9 BP 2001141 regulation of RNA biosynthetic process 3.519243761129318 0.577090082392219 3 100 A0A0A0UNG9 MF 0043565 sequence-specific DNA binding 0.07145448420144832 0.3435133707451247 3 1 A0A0A0UNG9 CC 0043227 membrane-bounded organelle 0.030797797089146064 0.3301815852713749 3 1 A0A0A0UNG9 BP 0051252 regulation of RNA metabolic process 3.4936307165116522 0.5760970451965972 4 100 A0A0A0UNG9 MF 0003677 DNA binding 0.03684385965028967 0.3325707833898053 4 1 A0A0A0UNG9 CC 0043229 intracellular organelle 0.02098475204779151 0.32573383861337896 4 1 A0A0A0UNG9 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4640600172875806 0.574946028475674 5 100 A0A0A0UNG9 MF 0003676 nucleic acid binding 0.02545849673472801 0.3278677039215832 5 1 A0A0A0UNG9 CC 0043226 organelle 0.020597008754679205 0.32553860742600743 5 1 A0A0A0UNG9 BP 0010556 regulation of macromolecule biosynthetic process 3.4370921043514167 0.5738920324224421 6 100 A0A0A0UNG9 MF 1901363 heterocyclic compound binding 0.014871474186215494 0.3224069445452046 6 1 A0A0A0UNG9 CC 0005622 intracellular anatomical structure 0.013997963457003089 0.3218790460585719 6 1 A0A0A0UNG9 BP 0031326 regulation of cellular biosynthetic process 3.432344770404128 0.573706063292672 7 100 A0A0A0UNG9 MF 0097159 organic cyclic compound binding 0.014866772017632443 0.32240414496999575 7 1 A0A0A0UNG9 CC 0110165 cellular anatomical entity 0.0003309148904423106 0.30734134281602954 7 1 A0A0A0UNG9 BP 0009889 regulation of biosynthetic process 3.430207081162498 0.5736222807809577 8 100 A0A0A0UNG9 MF 0005488 binding 0.010077935746064729 0.31927647153640804 8 1 A0A0A0UNG9 BP 0031323 regulation of cellular metabolic process 3.343876955956688 0.5702166503583402 9 100 A0A0A0UNG9 BP 0051171 regulation of nitrogen compound metabolic process 3.327682085411529 0.5695729025665228 10 100 A0A0A0UNG9 BP 0080090 regulation of primary metabolic process 3.3216679934206206 0.5693334430339572 11 100 A0A0A0UNG9 BP 0010468 regulation of gene expression 3.2973067968571614 0.5683612430570929 12 100 A0A0A0UNG9 BP 0060255 regulation of macromolecule metabolic process 3.2047429659132907 0.5646340765272391 13 100 A0A0A0UNG9 BP 0019222 regulation of metabolic process 3.1692564519248245 0.5631909293305843 14 100 A0A0A0UNG9 BP 0050794 regulation of cellular process 2.63616412259674 0.5404506174822709 15 100 A0A0A0UNG9 BP 0050789 regulation of biological process 2.460503704085677 0.5324606155887943 16 100 A0A0A0UNG9 BP 0065007 biological regulation 2.3629309916481307 0.527898944025632 17 100 A0A0A0UNG9 BP 2000032 regulation of secondary shoot formation 0.1997425375759881 0.36959360453400675 18 1 A0A0A0UNG9 BP 1905428 regulation of plant organ formation 0.19765916973374864 0.3692542886403639 19 1 A0A0A0UNG9 BP 0060688 regulation of morphogenesis of a branching structure 0.17148559249985432 0.36482850909591996 20 1 A0A0A0UNG9 BP 0051239 regulation of multicellular organismal process 0.09839457285213135 0.35024620418019925 21 1 A0A0A0UNG9 BP 0022603 regulation of anatomical structure morphogenesis 0.07628081569034949 0.3448027616060574 22 1 A0A0A0UNG9 BP 0050793 regulation of developmental process 0.07336189582506554 0.34402800254469695 23 1 A0A0A0UQM2 MF 0003700 DNA-binding transcription factor activity 4.758702162519319 0.6214458098230841 1 100 A0A0A0UQM2 BP 0006355 regulation of DNA-templated transcription 3.5211070018884443 0.5771621804307786 1 100 A0A0A0UQM2 CC 0005634 nucleus 0.08253705214908713 0.3464148890918014 1 2 A0A0A0UQM2 MF 0140110 transcription regulator activity 4.677170792499922 0.6187206663662561 2 100 A0A0A0UQM2 BP 1903506 regulation of nucleic acid-templated transcription 3.521087497803857 0.5771614258196904 2 100 A0A0A0UQM2 CC 0043231 intracellular membrane-bounded organelle 0.057290913404571056 0.3394543755366876 2 2 A0A0A0UQM2 BP 2001141 regulation of RNA biosynthetic process 3.519246787411911 0.5770901995095947 3 100 A0A0A0UQM2 MF 0043565 sequence-specific DNA binding 0.13178358394751494 0.35741051670880125 3 2 A0A0A0UQM2 CC 0043227 membrane-bounded organelle 0.05680041110721147 0.3393052790682258 3 2 A0A0A0UQM2 BP 0051252 regulation of RNA metabolic process 3.4936337207689703 0.5760971618870048 4 100 A0A0A0UQM2 MF 0003677 DNA binding 0.06795117095080777 0.3425499307159567 4 2 A0A0A0UQM2 CC 0043229 intracellular organelle 0.03870220132457223 0.3332650145915246 4 2 A0A0A0UQM2 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4640629961163407 0.574946144671188 5 100 A0A0A0UQM2 MF 0003676 nucleic acid binding 0.046953133580251376 0.33616291139417626 5 2 A0A0A0UQM2 CC 0043226 organelle 0.03798708594183582 0.33299988078411574 5 2 A0A0A0UQM2 BP 0010556 regulation of macromolecule biosynthetic process 3.4370950599898187 0.573892148164778 6 100 A0A0A0UQM2 MF 1901363 heterocyclic compound binding 0.027427476228324765 0.32874692451064835 6 2 A0A0A0UQM2 CC 0005622 intracellular anatomical structure 0.025816459427928002 0.32803001171832935 6 2 A0A0A0UQM2 BP 0031326 regulation of cellular biosynthetic process 3.4323477219601832 0.5737061789550482 7 100 A0A0A0UQM2 MF 0097159 organic cyclic compound binding 0.027418804013625783 0.32874312254619675 7 2 A0A0A0UQM2 CC 0110165 cellular anatomical entity 0.0006103066970736461 0.30828707687493195 7 2 A0A0A0UQM2 BP 0009889 regulation of biosynthetic process 3.4302100308803016 0.5736223964073105 8 100 A0A0A0UQM2 MF 0005488 binding 0.018586748001215903 0.32449558414342844 8 2 A0A0A0UQM2 BP 0031323 regulation of cellular metabolic process 3.3438798314371354 0.5702167645204016 9 100 A0A0A0UQM2 BP 0051171 regulation of nitrogen compound metabolic process 3.327684946965617 0.5695730164517971 10 100 A0A0A0UQM2 BP 0080090 regulation of primary metabolic process 3.3216708498030463 0.5693335568162731 11 100 A0A0A0UQM2 BP 0010468 regulation of gene expression 3.297309632290806 0.5683613564213996 12 100 A0A0A0UQM2 BP 0060255 regulation of macromolecule metabolic process 3.204745721749064 0.564634188289006 13 100 A0A0A0UQM2 BP 0019222 regulation of metabolic process 3.1692591772448884 0.5631910404718529 14 100 A0A0A0UQM2 BP 0050794 regulation of cellular process 2.636166389497852 0.5404507188460701 15 100 A0A0A0UQM2 BP 0050789 regulation of biological process 2.4605058199321586 0.5324607135171966 16 100 A0A0A0UQM2 BP 0065007 biological regulation 2.362933023589483 0.5278990399926891 17 100 A0A0A0UQM2 BP 2000032 regulation of secondary shoot formation 0.36838538214514666 0.3928287906826221 18 2 A0A0A0UQM2 BP 1905428 regulation of plant organ formation 0.36454302453806803 0.3923679825709311 19 2 A0A0A0UQM2 BP 0060688 regulation of morphogenesis of a branching structure 0.3162710672052662 0.38635755054329834 20 2 A0A0A0UQM2 BP 0051239 regulation of multicellular organismal process 0.18146921913090938 0.36655404437630357 21 2 A0A0A0UQM2 BP 0022603 regulation of anatomical structure morphogenesis 0.14068479243056844 0.3591615745843377 22 2 A0A0A0UQM2 BP 0050793 regulation of developmental process 0.13530142530670472 0.3581094126704111 23 2 A0A0A0URT6 BP 0009740 gibberellic acid mediated signaling pathway 13.853090302630372 0.8438958253899349 1 100 A0A0A0URT6 MF 0003712 transcription coregulator activity 9.20270457567879 0.7451781364349642 1 100 A0A0A0URT6 CC 0005634 nucleus 3.9388274176967975 0.592870879861929 1 100 A0A0A0URT6 BP 0010476 gibberellin mediated signaling pathway 13.827184537899225 0.8437359787319737 2 100 A0A0A0URT6 MF 0140110 transcription regulator activity 4.677228984097786 0.6187226198236251 2 100 A0A0A0URT6 CC 0043231 intracellular membrane-bounded organelle 2.734032954014499 0.5447869137016965 2 100 A0A0A0URT6 BP 0071370 cellular response to gibberellin stimulus 13.79846591589883 0.8435586007560523 3 100 A0A0A0URT6 CC 0043227 membrane-bounded organelle 2.7106252377588542 0.5437569394781909 3 100 A0A0A0URT6 BP 0009739 response to gibberellin 13.435367281637994 0.8369202418298887 4 100 A0A0A0URT6 CC 0043229 intracellular organelle 1.846943739002101 0.5020301515915164 4 100 A0A0A0URT6 BP 0071396 cellular response to lipid 10.559784233667783 0.7765393300582172 5 100 A0A0A0URT6 CC 0043226 organelle 1.8128170528290712 0.5001985791188197 5 100 A0A0A0URT6 BP 0033993 response to lipid 10.191436912009836 0.7682369155454394 6 100 A0A0A0URT6 CC 0005622 intracellular anatomical structure 1.2320112673627206 0.46586619630139237 6 100 A0A0A0URT6 BP 0009755 hormone-mediated signaling pathway 9.524880772680381 0.7528221288060337 7 100 A0A0A0URT6 CC 0110165 cellular anatomical entity 0.02912501342179614 0.3294799076465645 7 100 A0A0A0URT6 BP 0032870 cellular response to hormone stimulus 9.246710343506761 0.746230026204976 8 100 A0A0A0URT6 BP 0009725 response to hormone 8.925886405357915 0.7385027433288281 9 100 A0A0A0URT6 BP 0071495 cellular response to endogenous stimulus 8.670522649805353 0.7322523077317584 10 100 A0A0A0URT6 BP 1901701 cellular response to oxygen-containing compound 8.623870656420522 0.7311005276780742 11 100 A0A0A0URT6 BP 0009719 response to endogenous stimulus 8.44698941516257 0.7267049948986968 12 100 A0A0A0URT6 BP 1901700 response to oxygen-containing compound 8.224896558415232 0.7211202482311958 13 100 A0A0A0URT6 BP 0071310 cellular response to organic substance 8.032801387902751 0.7162287024901292 14 100 A0A0A0URT6 BP 0010033 response to organic substance 7.468115474153851 0.7015004249823891 15 100 A0A0A0URT6 BP 0070887 cellular response to chemical stimulus 6.248088787653583 0.667644494149797 16 100 A0A0A0URT6 BP 0006351 DNA-templated transcription 5.624762289087584 0.6490647605829103 17 100 A0A0A0URT6 BP 0097659 nucleic acid-templated transcription 5.532213933229885 0.6462199666825397 18 100 A0A0A0URT6 BP 0032774 RNA biosynthetic process 5.3992505306107255 0.6420908933372198 19 100 A0A0A0URT6 BP 0042221 response to chemical 5.05128787360976 0.6310380215219022 20 100 A0A0A0URT6 BP 0007165 signal transduction 4.053926715049439 0.5970509861287557 21 100 A0A0A0URT6 BP 0023052 signaling 4.02717883873833 0.596084921614475 22 100 A0A0A0URT6 BP 0007154 cell communication 3.90743417818725 0.5917201928019855 23 100 A0A0A0URT6 BP 0034654 nucleobase-containing compound biosynthetic process 3.7762763124378873 0.5868619828151562 24 100 A0A0A0URT6 BP 0016070 RNA metabolic process 3.587509561743535 0.5797192858521406 25 100 A0A0A0URT6 BP 0051716 cellular response to stimulus 3.399600669328817 0.5724198477802612 26 100 A0A0A0URT6 BP 0019438 aromatic compound biosynthetic process 3.3817371530597176 0.5717155419960497 27 100 A0A0A0URT6 BP 0018130 heterocycle biosynthetic process 3.324790228715168 0.5694577862568182 28 100 A0A0A0URT6 BP 1901362 organic cyclic compound biosynthetic process 3.2494895009833114 0.5664424633658268 29 100 A0A0A0URT6 BP 0050896 response to stimulus 3.038178546053398 0.557788995836614 30 100 A0A0A0URT6 BP 0009059 macromolecule biosynthetic process 2.764137938877685 0.5461051174496427 31 100 A0A0A0URT6 BP 0090304 nucleic acid metabolic process 2.7420750448321285 0.5451397593019873 32 100 A0A0A0URT6 BP 0010467 gene expression 2.6738581395307786 0.5421301120541643 33 100 A0A0A0URT6 BP 0050794 regulation of cellular process 2.6361991876874518 0.5404521854023459 34 100 A0A0A0URT6 BP 0050789 regulation of biological process 2.4605364326190946 0.5324621303693081 35 100 A0A0A0URT6 BP 0044271 cellular nitrogen compound biosynthetic process 2.388427057481633 0.5290998734178955 36 100 A0A0A0URT6 BP 0065007 biological regulation 2.362962422312427 0.5279004284675766 37 100 A0A0A0URT6 BP 0006139 nucleobase-containing compound metabolic process 2.2829707883927233 0.5240899825664684 38 100 A0A0A0URT6 BP 0006725 cellular aromatic compound metabolic process 2.0864163672980203 0.5144331631583304 39 100 A0A0A0URT6 BP 0046483 heterocycle metabolic process 2.0836758243219946 0.5142953738783698 40 100 A0A0A0URT6 BP 1901360 organic cyclic compound metabolic process 2.0361105229317404 0.5118892844704832 41 100 A0A0A0URT6 BP 0044249 cellular biosynthetic process 1.8938920247989575 0.5045224244536068 42 100 A0A0A0URT6 BP 1901576 organic substance biosynthetic process 1.8586167518705918 0.5026527502318616 43 100 A0A0A0URT6 BP 0009058 biosynthetic process 1.8010933905702813 0.4995653996920153 44 100 A0A0A0URT6 BP 0034641 cellular nitrogen compound metabolic process 1.6554495976423742 0.4915205290782523 45 100 A0A0A0URT6 BP 0043170 macromolecule metabolic process 1.5242772479081796 0.4839662773327378 46 100 A0A0A0URT6 BP 0006807 nitrogen compound metabolic process 1.0922901963786504 0.45645242305103056 47 100 A0A0A0URT6 BP 0044238 primary metabolic process 0.9785038929347281 0.4483309044561741 48 100 A0A0A0URT6 BP 0044237 cellular metabolic process 0.8874136165932283 0.4414822239005482 49 100 A0A0A0URT6 BP 0071704 organic substance metabolic process 0.8386562257860047 0.43767151106344315 50 100 A0A0A0URT6 BP 0008152 metabolic process 0.6095635747387192 0.41806425022360183 51 100 A0A0A0URT6 BP 0009987 cellular process 0.34820233597153305 0.39038059160265687 52 100 A0A0A0US94 BP 0009740 gibberellic acid mediated signaling pathway 13.853089523568787 0.84389582058513 1 100 A0A0A0US94 MF 0003712 transcription coregulator activity 9.202704058142743 0.7451781240492946 1 100 A0A0A0US94 CC 0005634 nucleus 3.9388271961874395 0.5928708717589404 1 100 A0A0A0US94 BP 0010476 gibberellin mediated signaling pathway 13.827183760294513 0.8437359739316634 2 100 A0A0A0US94 MF 0140110 transcription regulator activity 4.677228721062655 0.6187226109937194 2 100 A0A0A0US94 CC 0043231 intracellular membrane-bounded organelle 2.734032800259633 0.5447869069507661 2 100 A0A0A0US94 BP 0071370 cellular response to gibberellin stimulus 13.798465139909178 0.8435585959607297 3 100 A0A0A0US94 CC 0043227 membrane-bounded organelle 2.710625085320377 0.5437569327562222 3 100 A0A0A0US94 BP 0009739 response to gibberellin 13.43536652606806 0.8369202268645508 4 100 A0A0A0US94 CC 0043229 intracellular organelle 1.8469436351348132 0.5020301460428505 4 100 A0A0A0US94 BP 0071396 cellular response to lipid 10.559783639813121 0.7765393167907118 5 100 A0A0A0US94 CC 0043226 organelle 1.8128169508809788 0.5001985736216552 5 100 A0A0A0US94 BP 0033993 response to lipid 10.191436338870064 0.7682369025113871 6 100 A0A0A0US94 CC 0005622 intracellular anatomical structure 1.2320111980776274 0.46586619176960953 6 100 A0A0A0US94 BP 0009755 hormone-mediated signaling pathway 9.524880237025984 0.7528221162054249 7 100 A0A0A0US94 CC 0110165 cellular anatomical entity 0.029125011783881525 0.3294799069497859 7 100 A0A0A0US94 BP 0032870 cellular response to hormone stimulus 9.24670982349594 0.7462300137897285 8 100 A0A0A0US94 BP 0009725 response to hormone 8.925885903389396 0.7385027311308618 9 100 A0A0A0US94 BP 0071495 cellular response to endogenous stimulus 8.670522162197825 0.7322522957095462 10 100 A0A0A0US94 BP 1901701 cellular response to oxygen-containing compound 8.62387017143658 0.7311005156882486 11 100 A0A0A0US94 BP 0009719 response to endogenous stimulus 8.446988940125967 0.7267049830324677 12 100 A0A0A0US94 BP 1901700 response to oxygen-containing compound 8.22489609586855 0.7211202365220024 13 100 A0A0A0US94 BP 0071310 cellular response to organic substance 8.032800936159 0.7162286909184797 14 100 A0A0A0US94 BP 0010033 response to organic substance 7.468115054166559 0.7015004138248797 15 100 A0A0A0US94 BP 0070887 cellular response to chemical stimulus 6.248088436277403 0.667644483944272 16 100 A0A0A0US94 BP 0006351 DNA-templated transcription 5.624761972765657 0.6490647508998232 17 100 A0A0A0US94 BP 0097659 nucleic acid-templated transcription 5.532213622112635 0.6462199570794445 18 100 A0A0A0US94 BP 0032774 RNA biosynthetic process 5.39925022697099 0.6420908838502286 19 100 A0A0A0US94 BP 0042221 response to chemical 5.051287589538535 0.6310380123457036 20 100 A0A0A0US94 BP 0007165 signal transduction 4.053926487067198 0.597050977908228 21 100 A0A0A0US94 BP 0023052 signaling 4.027178612260319 0.5960849134211117 22 100 A0A0A0US94 BP 0007154 cell communication 3.907433958443367 0.5917201847313527 23 100 A0A0A0US94 BP 0034654 nucleobase-containing compound biosynthetic process 3.7762761000699787 0.5868619748811299 24 100 A0A0A0US94 BP 0016070 RNA metabolic process 3.587509359991375 0.5797192781189576 25 100 A0A0A0US94 BP 0051716 cellular response to stimulus 3.399600478144163 0.572419840252329 26 100 A0A0A0US94 BP 0019438 aromatic compound biosynthetic process 3.3817369628796605 0.5717155344879215 27 100 A0A0A0US94 BP 0018130 heterocycle biosynthetic process 3.3247900417376566 0.5694577788121753 28 100 A0A0A0US94 BP 1901362 organic cyclic compound biosynthetic process 3.2494893182405162 0.5664424560059708 29 100 A0A0A0US94 BP 0050896 response to stimulus 3.038178375194178 0.5577889887200822 30 100 A0A0A0US94 BP 0009059 macromolecule biosynthetic process 2.764137783429793 0.5461051106616462 31 100 A0A0A0US94 BP 0090304 nucleic acid metabolic process 2.742074890624996 0.5451397525411354 32 100 A0A0A0US94 BP 0010467 gene expression 2.6738579891599863 0.5421301053779397 33 100 A0A0A0US94 BP 0050794 regulation of cellular process 2.6361990394345005 0.5404521787733024 34 100 A0A0A0US94 BP 0050789 regulation of biological process 2.4605362942449576 0.5324621239649345 35 100 A0A0A0US94 BP 0044271 cellular nitrogen compound biosynthetic process 2.3884269231627386 0.5290998671080643 36 100 A0A0A0US94 BP 0065007 biological regulation 2.3629622894255973 0.5279004221914723 37 100 A0A0A0US94 BP 0006139 nucleobase-containing compound metabolic process 2.2829706600044144 0.5240899763975089 38 100 A0A0A0US94 BP 0006725 cellular aromatic compound metabolic process 2.086416249963418 0.514433157260908 39 100 A0A0A0US94 BP 0046483 heterocycle metabolic process 2.083675707141513 0.5142953679848217 40 100 A0A0A0US94 BP 1901360 organic cyclic compound metabolic process 2.036110408426207 0.5118892786445912 41 100 A0A0A0US94 BP 0044249 cellular biosynthetic process 1.893891918291421 0.5045224188348614 42 100 A0A0A0US94 BP 1901576 organic substance biosynthetic process 1.858616647346844 0.5026527446656889 43 100 A0A0A0US94 BP 0009058 biosynthetic process 1.801093289281497 0.4995653942126549 44 100 A0A0A0US94 BP 0034641 cellular nitrogen compound metabolic process 1.6554495045442164 0.49152052382510303 45 100 A0A0A0US94 BP 0043170 macromolecule metabolic process 1.5242771621868119 0.4839662722920044 46 100 A0A0A0US94 BP 0006807 nitrogen compound metabolic process 1.092290134951105 0.4564524187839507 47 100 A0A0A0US94 BP 0044238 primary metabolic process 0.9785038379062271 0.4483309004174607 48 100 A0A0A0US94 BP 0044237 cellular metabolic process 0.8874135666874062 0.4414822200544108 49 100 A0A0A0US94 BP 0071704 organic substance metabolic process 0.8386561786221709 0.437671507324458 50 100 A0A0A0US94 BP 0008152 metabolic process 0.6095635404584573 0.41806424703594725 51 100 A0A0A0US94 BP 0009987 cellular process 0.3482023163895439 0.3903805891934306 52 100 A0A0A0UT14 MF 0003700 DNA-binding transcription factor activity 4.758701564541466 0.6214457899219661 1 100 A0A0A0UT14 BP 0006355 regulation of DNA-templated transcription 3.5211065594266278 0.5771621633119982 1 100 A0A0A0UT14 CC 0005634 nucleus 0.0830665672664112 0.3465484857592296 1 2 A0A0A0UT14 MF 0140110 transcription regulator activity 4.67717020476729 0.6187206466363588 2 100 A0A0A0UT14 BP 1903506 regulation of nucleic acid-templated transcription 3.521087055344491 0.5771614087009573 2 100 A0A0A0UT14 CC 0043231 intracellular membrane-bounded organelle 0.05765846232887996 0.3395656803693585 2 2 A0A0A0UT14 BP 2001141 regulation of RNA biosynthetic process 3.519246345183848 0.5770901823953369 3 100 A0A0A0UT14 MF 0043565 sequence-specific DNA binding 0.13262903938962725 0.35757932812180093 3 2 A0A0A0UT14 CC 0043227 membrane-bounded organelle 0.05716481322199942 0.3394161064025323 3 2 A0A0A0UT14 BP 0051252 regulation of RNA metabolic process 3.493633281759442 0.5760971448351393 4 100 A0A0A0UT14 MF 0003677 DNA binding 0.06838711058423849 0.3426711494154697 4 2 A0A0A0UT14 CC 0043229 intracellular organelle 0.0389504946684884 0.3333564972932061 4 2 A0A0A0UT14 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4640625608226663 0.574946127691641 5 100 A0A0A0UT14 MF 0003676 nucleic acid binding 0.04725436064602507 0.33626367493931236 5 2 A0A0A0UT14 CC 0043226 organelle 0.03823079147463044 0.3330905143646834 5 2 A0A0A0UT14 BP 0010556 regulation of macromolecule biosynthetic process 3.437094628084931 0.5738921312514534 6 100 A0A0A0UT14 MF 1901363 heterocyclic compound binding 0.02760343675653349 0.3288239375159916 6 2 A0A0A0UT14 CC 0005622 intracellular anatomical structure 0.02598208450402327 0.3281047287290775 6 2 A0A0A0UT14 BP 0031326 regulation of cellular biosynthetic process 3.4323472906518453 0.5737061620534082 7 100 A0A0A0UT14 MF 0097159 organic cyclic compound binding 0.027594708905381977 0.32882012337531724 7 2 A0A0A0UT14 CC 0110165 cellular anatomical entity 0.0006142221097748518 0.3082985648957977 7 2 A0A0A0UT14 BP 0009889 regulation of biosynthetic process 3.4302095998405857 0.5736223795109345 8 100 A0A0A0UT14 MF 0005488 binding 0.0187059909810931 0.3245589817486704 8 2 A0A0A0UT14 BP 0031323 regulation of cellular metabolic process 3.34387941124566 0.5702167478380011 9 100 A0A0A0UT14 BP 0051171 regulation of nitrogen compound metabolic process 3.3276845288091885 0.5695729998098433 10 100 A0A0A0UT14 BP 0080090 regulation of primary metabolic process 3.321670432402348 0.5693335401893646 11 100 A0A0A0UT14 BP 0010468 regulation of gene expression 3.2973092179513355 0.5683613398555745 12 100 A0A0A0UT14 BP 0060255 regulation of macromolecule metabolic process 3.2047453190411614 0.5646341719573584 13 100 A0A0A0UT14 BP 0019222 regulation of metabolic process 3.16925877899622 0.5631910242308782 14 100 A0A0A0UT14 BP 0050794 regulation of cellular process 2.6361660582375497 0.5404507040338684 15 100 A0A0A0UT14 BP 0050789 regulation of biological process 2.460505510745339 0.5324606992070063 16 100 A0A0A0UT14 BP 0065007 biological regulation 2.3629327266636473 0.5278990259691084 17 100 A0A0A0UT14 BP 2000032 regulation of secondary shoot formation 0.37074875258021756 0.39311103313839757 18 2 A0A0A0UT14 BP 1905428 regulation of plant organ formation 0.3668817443903263 0.39264874923642196 19 2 A0A0A0UT14 BP 0060688 regulation of morphogenesis of a branching structure 0.3183000990993894 0.3866190681179687 20 2 A0A0A0UT14 BP 0051239 regulation of multicellular organismal process 0.18263343195844337 0.3667521389745522 21 2 A0A0A0UT14 BP 0022603 regulation of anatomical structure morphogenesis 0.14158735343111187 0.35933599395894866 22 2 A0A0A0UT14 BP 0050793 regulation of developmental process 0.1361694494029128 0.35828046237706046 23 2 A0A0A0UTH0 MF 0003700 DNA-binding transcription factor activity 4.7586982959697375 0.6214456811416089 1 100 A0A0A0UTH0 BP 0006355 regulation of DNA-templated transcription 3.5211041409119974 0.5771620697400159 1 100 A0A0A0UTH0 CC 0005634 nucleus 0.04471716161103311 0.3354046202863979 1 1 A0A0A0UTH0 MF 0140110 transcription regulator activity 4.677166992196361 0.6187205387919006 2 100 A0A0A0UTH0 BP 1903506 regulation of nucleic acid-templated transcription 3.5210846368432573 0.5771613151292343 2 100 A0A0A0UTH0 CC 0043231 intracellular membrane-bounded organelle 0.031039235917080688 0.3302812715166633 2 1 A0A0A0UTH0 BP 2001141 regulation of RNA biosynthetic process 3.519243927946929 0.577090088848075 3 100 A0A0A0UTH0 MF 0043565 sequence-specific DNA binding 0.07139808931408936 0.34349805114864046 3 1 A0A0A0UTH0 CC 0043227 membrane-bounded organelle 0.0307734901710127 0.33017152771655184 3 1 A0A0A0UTH0 BP 0051252 regulation of RNA metabolic process 3.4936308821151645 0.5760970516289174 4 100 A0A0A0UTH0 MF 0003677 DNA binding 0.036814780925027456 0.3325597828210055 4 1 A0A0A0UTH0 CC 0043229 intracellular organelle 0.020968189997960535 0.32572553657946934 4 1 A0A0A0UTH0 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464060181489396 0.5749460348807143 5 100 A0A0A0UTH0 MF 0003676 nucleic acid binding 0.025438403817233352 0.3278585596532877 5 1 A0A0A0UTH0 CC 0043226 organelle 0.020580752728180197 0.3255303824496415 5 1 A0A0A0UTH0 BP 0010556 regulation of macromolecule biosynthetic process 3.4370922672749114 0.5738920388025018 6 100 A0A0A0UTH0 MF 1901363 heterocyclic compound binding 0.01485973699265842 0.3223999556328737 6 1 A0A0A0UTH0 CC 0005622 intracellular anatomical structure 0.013986915674890677 0.3218722655072168 6 1 A0A0A0UTH0 BP 0031326 regulation of cellular biosynthetic process 3.4323449331025917 0.5737060696683242 7 100 A0A0A0UTH0 MF 0097159 organic cyclic compound binding 0.01485503853522479 0.3223971571626543 7 1 A0A0A0UTH0 CC 0110165 cellular anatomical entity 0.00033065371847836104 0.3073403002808067 7 1 A0A0A0UTH0 BP 0009889 regulation of biosynthetic process 3.430207243759631 0.573622287154624 8 100 A0A0A0UTH0 MF 0005488 binding 0.010069981814865566 0.31927071821847103 8 1 A0A0A0UTH0 BP 0031323 regulation of cellular metabolic process 3.34387711446164 0.5702166566512906 9 100 A0A0A0UTH0 BP 0051171 regulation of nitrogen compound metabolic process 3.327682243148819 0.5695729088442159 10 100 A0A0A0UTH0 BP 0080090 regulation of primary metabolic process 3.321668150872834 0.569333449305975 11 100 A0A0A0UTH0 BP 0010468 regulation of gene expression 3.2973069531546155 0.5683612493060687 12 100 A0A0A0UTH0 BP 0060255 regulation of macromolecule metabolic process 3.2047431178230754 0.5646340826878781 13 100 A0A0A0UTH0 BP 0019222 regulation of metabolic process 3.1692566021524935 0.5631909354570197 14 100 A0A0A0UTH0 BP 0050794 regulation of cellular process 2.6361642475550062 0.5404506230697431 15 100 A0A0A0UTH0 BP 0050789 regulation of biological process 2.4605038207173675 0.5324606209868974 16 100 A0A0A0UTH0 BP 0065007 biological regulation 2.3629311036547227 0.52789894931562 17 100 A0A0A0UTH0 BP 2000032 regulation of secondary shoot formation 0.19958489235563168 0.36956799109676114 18 1 A0A0A0UTH0 BP 1905428 regulation of plant organ formation 0.1975031687950088 0.3692288091307435 19 1 A0A0A0UTH0 BP 0060688 regulation of morphogenesis of a branching structure 0.17135024885024588 0.36480477643681647 20 1 A0A0A0UTH0 BP 0051239 regulation of multicellular organismal process 0.09831691571255863 0.3502282271414614 21 1 A0A0A0UTH0 BP 0022603 regulation of anatomical structure morphogenesis 0.07622061165897788 0.3447869330883606 22 1 A0A0A0UTH0 BP 0050793 regulation of developmental process 0.07330399552814604 0.34401247982358435 23 1 A0A0G3XS25 BP 0009853 photorespiration 8.961291964129686 0.7393622561615222 1 94 A0A0G3XS25 MF 0016984 ribulose-bisphosphate carboxylase activity 8.847301450753642 0.7365888866112407 1 94 A0A0G3XS25 CC 0009507 chloroplast 5.876235677358409 0.6566785672951898 1 100 A0A0G3XS25 BP 0019253 reductive pentose-phosphate cycle 8.712042141779099 0.7332747693889765 2 94 A0A0G3XS25 MF 0016831 carboxy-lyase activity 6.596375802482126 0.6776231219685402 2 94 A0A0G3XS25 CC 0009536 plastid 5.701682420727588 0.651411405268844 2 100 A0A0G3XS25 BP 0019685 photosynthesis, dark reaction 8.640439414796484 0.7315099457600899 3 94 A0A0G3XS25 MF 0004497 monooxygenase activity 6.224509191538683 0.6669589905931635 3 94 A0A0G3XS25 CC 0043231 intracellular membrane-bounded organelle 2.7340202814440895 0.5447863572852423 3 100 A0A0G3XS25 BP 0015977 carbon fixation 8.357698123404242 0.7244686075013906 4 94 A0A0G3XS25 MF 0016830 carbon-carbon lyase activity 5.990990454523216 0.6600987779837336 4 94 A0A0G3XS25 CC 0043227 membrane-bounded organelle 2.710612673686015 0.5437563854487665 4 100 A0A0G3XS25 BP 0043094 cellular metabolic compound salvage 7.279348134533623 0.6964534784712164 5 94 A0A0G3XS25 MF 0000287 magnesium ion binding 5.311335015257914 0.6393327667460006 5 94 A0A0G3XS25 CC 0005737 cytoplasm 1.9905086549752822 0.5095559825662656 5 100 A0A0G3XS25 BP 0015979 photosynthesis 6.668908683552638 0.6796678233284659 6 94 A0A0G3XS25 MF 0016829 lyase activity 4.46791752622015 0.6116157603024004 6 94 A0A0G3XS25 CC 0043229 intracellular organelle 1.846935178196519 0.5020296942665354 6 100 A0A0G3XS25 BP 0016051 carbohydrate biosynthetic process 5.724056878236351 0.6520910190637232 7 94 A0A0G3XS25 MF 0016491 oxidoreductase activity 2.7355373846710362 0.5448529598037777 7 94 A0A0G3XS25 CC 0043226 organelle 1.8128086502047696 0.5001981260386226 7 100 A0A0G3XS25 BP 0005975 carbohydrate metabolic process 3.823754990204134 0.5886302368693291 8 94 A0A0G3XS25 MF 0046872 metal ion binding 2.3778533050098734 0.5286026045932816 8 94 A0A0G3XS25 CC 0005622 intracellular anatomical structure 1.2320055568428425 0.4658658227886419 8 100 A0A0G3XS25 MF 0043169 cation binding 2.3645435966094985 0.5279750931677376 9 94 A0A0G3XS25 BP 1901576 organic substance biosynthetic process 1.7479101103005068 0.49666681685090786 9 94 A0A0G3XS25 CC 0110165 cellular anatomical entity 0.02912487842386837 0.3294798502175771 9 100 A0A0G3XS25 BP 0009058 biosynthetic process 1.6938130702872345 0.49367282533049184 10 94 A0A0G3XS25 MF 0043167 ion binding 1.5373496581629276 0.4847333422925746 10 94 A0A0G3XS25 BP 0044238 primary metabolic process 0.9202202905508408 0.4439876203921045 11 94 A0A0G3XS25 MF 0005488 binding 0.8341624894591044 0.4373147847404877 11 94 A0A0G3XS25 BP 0044237 cellular metabolic process 0.8345557151040032 0.43734603847746945 12 94 A0A0G3XS25 MF 0003824 catalytic activity 0.6834469824168281 0.4247380775761312 12 94 A0A0G3XS25 BP 0071704 organic substance metabolic process 0.7887025093486765 0.43365055855907925 13 94 A0A0G3XS25 BP 0008152 metabolic process 0.573255532150132 0.4146362056582931 14 94 A0A0G3XS25 BP 0009987 cellular process 0.32746201327538277 0.38778967880769205 15 94 A0A0G3XSD3 BP 0008380 RNA splicing 7.323403574402392 0.6976371584557366 1 98 A0A0G3XSD3 CC 0009507 chloroplast 5.876270262577548 0.6566796030975843 1 100 A0A0G3XSD3 MF 0003723 RNA binding 3.5679099617811634 0.5789670020994702 1 99 A0A0G3XSD3 BP 0006397 mRNA processing 6.713637980426623 0.6809232024833844 2 99 A0A0G3XSD3 CC 0009536 plastid 5.7017159785947 0.6514124255710361 2 100 A0A0G3XSD3 MF 0003676 nucleic acid binding 2.218137075101447 0.520952335663333 2 99 A0A0G3XSD3 BP 0016071 mRNA metabolic process 6.4297333260165415 0.6728824614260432 3 99 A0A0G3XSD3 CC 0043231 intracellular membrane-bounded organelle 2.734036372815463 0.5447870638112835 3 100 A0A0G3XSD3 MF 1901363 heterocyclic compound binding 1.2957154775309683 0.46998043211888246 3 99 A0A0G3XSD3 BP 0008033 tRNA processing 5.846964088266058 0.6558008085315055 4 99 A0A0G3XSD3 CC 0043227 membrane-bounded organelle 2.7106286272893874 0.543757088943807 4 100 A0A0G3XSD3 MF 0097159 organic cyclic compound binding 1.2953057889866635 0.4699543002812253 4 99 A0A0G3XSD3 BP 0034470 ncRNA processing 5.148269480984008 0.6341558717011507 5 99 A0A0G3XSD3 CC 0005737 cytoplasm 1.9905203703287515 0.5095565854163734 5 100 A0A0G3XSD3 MF 0005488 binding 0.8780660991794872 0.4407599231649243 5 99 A0A0G3XSD3 BP 0006399 tRNA metabolic process 5.058195016571788 0.6312610629915694 6 99 A0A0G3XSD3 CC 0043229 intracellular organelle 1.8469460485327986 0.502030274968285 6 100 A0A0G3XSD3 BP 0034660 ncRNA metabolic process 4.612262879635833 0.616534127032109 7 99 A0A0G3XSD3 CC 0043226 organelle 1.8128193196856863 0.5001987013504339 7 100 A0A0G3XSD3 BP 0006396 RNA processing 4.590406919433209 0.6157944112302359 8 99 A0A0G3XSD3 CC 0005622 intracellular anatomical structure 1.2320128079444836 0.46586629706736415 8 100 A0A0G3XSD3 BP 0016070 RNA metabolic process 3.5513940922611074 0.5783314742548902 9 99 A0A0G3XSD3 CC 0110165 cellular anatomical entity 0.029125049841482977 0.3294799231397109 9 100 A0A0G3XSD3 BP 0090304 nucleic acid metabolic process 2.7144705671587555 0.5439264440780549 10 99 A0A0G3XSD3 BP 0010467 gene expression 2.6469404016469986 0.5409319842136957 11 99 A0A0G3XSD3 BP 0006139 nucleobase-containing compound metabolic process 2.259988114641353 0.5229828894359525 12 99 A0A0G3XSD3 BP 0006725 cellular aromatic compound metabolic process 2.065412407491382 0.5133748005956568 13 99 A0A0G3XSD3 BP 0046483 heterocycle metabolic process 2.062699453569689 0.5132377066326086 14 99 A0A0G3XSD3 BP 1901360 organic cyclic compound metabolic process 2.0156129922107207 0.5108437589142546 15 99 A0A0G3XSD3 BP 0034641 cellular nitrogen compound metabolic process 1.6387841815941744 0.49057778902256516 16 99 A0A0G3XSD3 BP 0043170 macromolecule metabolic process 1.5089323442968754 0.4830616577970299 17 99 A0A0G3XSD3 BP 0006807 nitrogen compound metabolic process 1.0812941077064584 0.4556866448548996 18 99 A0A0G3XSD3 BP 0044238 primary metabolic process 0.9686532913194543 0.4476061093411325 19 99 A0A0G3XSD3 BP 0044237 cellular metabolic process 0.8784800210621859 0.44079198882834697 20 99 A0A0G3XSD3 BP 0071704 organic substance metabolic process 0.8302134710539719 0.4370005057389039 21 99 A0A0G3XSD3 BP 0008152 metabolic process 0.6034270964096199 0.4174921877201071 22 99 A0A0G3XSD3 BP 0009987 cellular process 0.3446969820144057 0.3899482273111236 23 99 A0A0G3XSL7 CC 0009507 chloroplast 5.874972519855346 0.6566407345491725 1 86 A0A0G3XSL7 BP 0009772 photosynthetic electron transport in photosystem II 0.12508777487350894 0.3560539731780238 1 1 A0A0G3XSL7 MF 0045156 electron transporter, transferring electrons within the cyclic electron transport pathway of photosynthesis activity 0.12394322636138703 0.3558184897968062 1 1 A0A0G3XSL7 CC 0009536 plastid 5.700456785248471 0.651374138668671 2 86 A0A0G3XSL7 BP 0009767 photosynthetic electron transport chain 0.11500942368139608 0.3539417331117805 2 1 A0A0G3XSL7 MF 0004252 serine-type endopeptidase activity 0.06351675408154184 0.3412940742056868 2 1 A0A0G3XSL7 CC 0043231 intracellular membrane-bounded organelle 2.733432575568824 0.5447605513782315 3 86 A0A0G3XSL7 BP 0019684 photosynthesis, light reaction 0.10370920326018286 0.3514600821289117 3 1 A0A0G3XSL7 MF 0009055 electron transfer activity 0.05953393398965869 0.34012818527191785 3 1 A0A0G3XSL7 CC 0043227 membrane-bounded organelle 2.7100299995176087 0.5437306902492434 4 86 A0A0G3XSL7 BP 0015979 photosynthesis 0.08476625892686371 0.3469744654325212 4 1 A0A0G3XSL7 MF 0008236 serine-type peptidase activity 0.057400631472620985 0.339487638743705 4 1 A0A0G3XSL7 CC 0005737 cytoplasm 1.9900807745973506 0.5095339634290831 5 86 A0A0G3XSL7 MF 0017171 serine hydrolase activity 0.0573982962525894 0.3394869311067417 5 1 A0A0G3XSL7 BP 0022900 electron transport chain 0.054564877523237514 0.3386174511928228 5 1 A0A0G3XSL7 CC 0043229 intracellular organelle 1.8465381604191349 0.5020084840995009 6 86 A0A0G3XSL7 MF 0004175 endopeptidase activity 0.05153530044051116 0.3376624149691632 6 1 A0A0G3XSL7 BP 0006091 generation of precursor metabolites and energy 0.048745249287546706 0.33675772980950647 6 1 A0A0G3XSL7 CC 0043226 organelle 1.8124189682767713 0.5001771127394148 7 86 A0A0G3XSL7 MF 0008233 peptidase activity 0.04211102860814037 0.33449645114080817 7 1 A0A0G3XSL7 BP 0044237 cellular metabolic process 0.010607757459607967 0.3196547241643306 7 1 A0A0G3XSL7 CC 0005622 intracellular anatomical structure 1.2317407245337955 0.4658484997292094 8 86 A0A0G3XSL7 MF 0016491 oxidoreductase activity 0.03477049713171566 0.33177522450226127 8 1 A0A0G3XSL7 BP 0008152 metabolic process 0.007286458575949339 0.317094381695554 8 1 A0A0G3XSL7 MF 0140096 catalytic activity, acting on a protein 0.031887815669889054 0.33062859605302414 9 1 A0A0G3XSL7 CC 0110165 cellular anatomical entity 0.029118617730675166 0.32947718673216425 9 86 A0A0G3XSL7 BP 0009987 cellular process 0.004162259692424844 0.31406766179928486 9 1 A0A0G3XSL7 MF 0016787 hydrolase activity 0.022234574983596832 0.3263511531739576 10 1 A0A0G3XSL7 MF 0003824 catalytic activity 0.015304165467648453 0.32266269280261317 11 2 A0A0G3XSS2 CC 0009507 chloroplast 5.859424357851381 0.65617471902479 1 8 A0A0G3XSS2 CC 0009536 plastid 5.685370480539111 0.6509150968054762 2 8 A0A0G3XSS2 CC 0043231 intracellular membrane-bounded organelle 2.7261985242829274 0.5444426798369408 3 8 A0A0G3XSS2 CC 0043227 membrane-bounded organelle 2.7028578833373706 0.5434141823786705 4 8 A0A0G3XSS2 CC 0005737 cytoplasm 1.9848140098286908 0.50926273649367 5 8 A0A0G3XSS2 CC 0043229 intracellular organelle 1.8416512823328681 0.5017472218821548 6 8 A0A0G3XSS2 CC 0043226 organelle 1.8076223869068009 0.49991827549707424 7 8 A0A0G3XSS2 CC 0005622 intracellular anatomical structure 1.2284809128040879 0.46563511805657926 8 8 A0A0G3XSS2 CC 0016021 integral component of membrane 0.2555430321533639 0.37810043575218516 9 2 A0A0G3XSS2 CC 0031224 intrinsic component of membrane 0.2546522923187899 0.3779723990671026 10 2 A0A0G3XSS2 CC 0016020 membrane 0.20934512442609066 0.3711351686389088 11 2 A0A0G3XSS2 CC 0110165 cellular anatomical entity 0.029041555074760098 0.3294443784990323 12 8 A0A0G3XUM3 CC 0009507 chloroplast 5.870390696639447 0.6565034705242081 1 10 A0A0G3XUM3 CC 0009536 plastid 5.696011064838442 0.6512389287229235 2 10 A0A0G3XUM3 CC 0043231 intracellular membrane-bounded organelle 2.7313008030726107 0.5446669228939939 3 10 A0A0G3XUM3 CC 0043227 membrane-bounded organelle 2.707916478420173 0.5436374634317349 4 10 A0A0G3XUM3 CC 0005737 cytoplasm 1.988528733585457 0.5094540740286541 5 10 A0A0G3XUM3 CC 0043229 intracellular organelle 1.8450980666342096 0.5019315297886515 6 10 A0A0G3XUM3 CC 0043226 organelle 1.811005483655742 0.5001008727005418 7 10 A0A0G3XUM3 CC 0005622 intracellular anatomical structure 1.2307801041685829 0.46578564854570503 8 10 A0A0G3XUM3 CC 0016021 integral component of membrane 0.9102687476821593 0.44323242370698956 9 10 A0A0G3XUM3 CC 0031224 intrinsic component of membrane 0.907095847106879 0.4429907734752692 10 10 A0A0G3XUM3 CC 0016020 membrane 0.7457073771056252 0.43008651625997507 11 10 A0A0G3XUM3 CC 0110165 cellular anatomical entity 0.029095908457009226 0.32946752312677763 12 10 A0A0H5AX29 BP 0009585 red, far-red light phototransduction 15.589354063388067 0.8542880877050679 1 98 A0A0H5AX29 MF 0009881 photoreceptor activity 10.82676021749998 0.7824666990655176 1 99 A0A0H5AX29 CC 0005634 nucleus 0.19338723019856272 0.3685528833316516 1 5 A0A0H5AX29 BP 0010017 red or far-red light signaling pathway 15.408772380939622 0.8532351562266901 2 98 A0A0H5AX29 MF 0042803 protein homodimerization activity 9.529017449851164 0.7529194284676983 2 98 A0A0H5AX29 CC 0043231 intracellular membrane-bounded organelle 0.13423463487456577 0.35789844148512123 2 5 A0A0H5AX29 BP 0071489 cellular response to red or far red light 15.40426449674813 0.8532087930467053 3 98 A0A0H5AX29 MF 0042802 identical protein binding 8.831697945546265 0.7362078690520832 3 98 A0A0H5AX29 CC 0043227 membrane-bounded organelle 0.1330853706565869 0.3576702198689759 3 5 A0A0H5AX29 BP 0009639 response to red or far red light 13.250432915416049 0.8332446122826656 4 98 A0A0H5AX29 MF 0046983 protein dimerization activity 6.807725088533396 0.6835502875154684 4 98 A0A0H5AX29 CC 0043229 intracellular organelle 0.09068062551139885 0.34842440113805845 4 5 A0A0H5AX29 BP 0009584 detection of visible light 12.15614192032444 0.8109493717051677 5 99 A0A0H5AX29 MF 0000155 phosphorelay sensor kinase activity 6.651979408693165 0.6791915859570872 5 99 A0A0H5AX29 CC 0043226 organelle 0.08900508489613702 0.3480185614381255 5 5 A0A0H5AX29 BP 0017006 protein-tetrapyrrole linkage 11.913656272199205 0.8058747117852483 6 98 A0A0H5AX29 MF 0004673 protein histidine kinase activity 6.5816929786386185 0.6772078473486929 6 99 A0A0H5AX29 CC 0005622 intracellular anatomical structure 0.06048887684142698 0.3404111944634015 6 5 A0A0H5AX29 BP 0071482 cellular response to light stimulus 11.733121195176523 0.802062909235052 7 98 A0A0H5AX29 MF 0038023 signaling receptor activity 6.5671359906049265 0.676795674222858 7 99 A0A0H5AX29 CC 0110165 cellular anatomical entity 0.001429970160619688 0.3101907301969002 7 5 A0A0H5AX29 BP 0071478 cellular response to radiation 11.503420049473903 0.7971703697075188 8 98 A0A0H5AX29 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203370692340545 0.6754674840707372 8 99 A0A0H5AX29 BP 0007602 phototransduction 11.123112242332482 0.7889613140955876 9 98 A0A0H5AX29 MF 0060089 molecular transducer activity 6.470747753437111 0.6740548885768601 9 99 A0A0H5AX29 BP 0009583 detection of light stimulus 10.675573566485982 0.7791191654277541 10 99 A0A0H5AX29 MF 0140299 small molecule sensor activity 6.340087342813564 0.6703067765400856 10 99 A0A0H5AX29 BP 0071214 cellular response to abiotic stimulus 10.60761561415519 0.7776067395352475 11 98 A0A0H5AX29 MF 0004672 protein kinase activity 5.300220550029701 0.6389824582072745 11 99 A0A0H5AX29 BP 0104004 cellular response to environmental stimulus 10.60761561415519 0.7776067395352475 12 98 A0A0H5AX29 MF 0005515 protein binding 4.983861277442905 0.6288526595090342 12 98 A0A0H5AX29 BP 0009582 detection of abiotic stimulus 10.521446792283594 0.7756820416741882 13 99 A0A0H5AX29 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168943603631 0.6215611656936727 13 99 A0A0H5AX29 BP 0009581 detection of external stimulus 10.520476024937444 0.7756603134583604 14 99 A0A0H5AX29 MF 0016301 kinase activity 4.3218924752324055 0.6065586290484734 14 99 A0A0H5AX29 BP 0009416 response to light stimulus 9.687502291405403 0.75663140885514 15 99 A0A0H5AX29 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696004370574 0.5824865975687066 15 99 A0A0H5AX29 BP 0009314 response to radiation 9.539298250143892 0.7531611539249679 16 99 A0A0H5AX29 MF 0140096 catalytic activity, acting on a protein 3.5021668892754168 0.5764284022940355 16 99 A0A0H5AX29 BP 0051606 detection of stimulus 8.520068559995217 0.7285265520860174 17 99 A0A0H5AX29 MF 0016740 transferase activity 2.3012861056856435 0.524968261484978 17 99 A0A0H5AX29 BP 0009628 response to abiotic stimulus 7.97792648304794 0.7148206446390611 18 99 A0A0H5AX29 MF 0005488 binding 0.8783885757552046 0.44078490540170134 18 98 A0A0H5AX29 BP 0009605 response to external stimulus 5.552299471459936 0.6468393748880252 19 99 A0A0H5AX29 MF 0003824 catalytic activity 0.7267412121752758 0.42848171935281815 19 99 A0A0H5AX29 BP 0000160 phosphorelay signal transduction system 5.1752975520905675 0.6350195502882436 20 99 A0A0H5AX29 BP 0035556 intracellular signal transduction 4.82973028000491 0.6238009192756341 21 99 A0A0H5AX29 BP 0036211 protein modification process 4.165212813813217 0.6010365457754689 22 98 A0A0H5AX29 BP 0007165 signal transduction 4.0539659750049815 0.5970524017511556 23 99 A0A0H5AX29 BP 0023052 signaling 4.027217839656029 0.5960863325589958 24 99 A0A0H5AX29 BP 0007154 cell communication 3.907472019446579 0.5917215826116096 25 99 A0A0H5AX29 BP 0043412 macromolecule modification 3.6359088974291742 0.5815682226635177 26 98 A0A0H5AX29 BP 0006355 regulation of DNA-templated transcription 3.521184910502349 0.577165194686436 27 99 A0A0H5AX29 BP 1903506 regulation of nucleic acid-templated transcription 3.521165405986211 0.5771644400669995 28 99 A0A0H5AX29 BP 2001141 regulation of RNA biosynthetic process 3.5193246548663932 0.5770932129689255 29 99 A0A0H5AX29 BP 0051252 regulation of RNA metabolic process 3.493711021504372 0.5761001643603363 30 99 A0A0H5AX29 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396425648474 0.5749491344107884 31 99 A0A0H5AX29 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711097411723 0.5738951262439896 32 99 A0A0H5AX29 BP 0031326 regulation of cellular biosynthetic process 3.432423666671126 0.5737091549768781 33 99 A0A0H5AX29 BP 0009889 regulation of biosynthetic process 3.430285928292327 0.5736253715022521 34 99 A0A0H5AX29 BP 0051716 cellular response to stimulus 3.399633592511826 0.5724211441337246 35 99 A0A0H5AX29 BP 0031323 regulation of cellular metabolic process 3.343953818692448 0.5702197019387556 36 99 A0A0H5AX29 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585758901544 0.5695759467483508 37 99 A0A0H5AX29 BP 0080090 regulation of primary metabolic process 3.3217443456586437 0.569336484463679 38 99 A0A0H5AX29 BP 0010468 regulation of gene expression 3.2973825891259514 0.5683642733133293 39 99 A0A0H5AX29 BP 0060255 regulation of macromolecule metabolic process 3.2048166304993417 0.5646370639471848 40 99 A0A0H5AX29 BP 0019222 regulation of metabolic process 3.169329300813832 0.5631939001644528 41 99 A0A0H5AX29 BP 0050896 response to stimulus 3.0382079690703963 0.5577902213445434 42 99 A0A0H5AX29 BP 0050794 regulation of cellular process 2.6362247177648768 0.5404533269619447 43 99 A0A0H5AX29 BP 0050789 regulation of biological process 2.460560261503469 0.53246323323945 44 99 A0A0H5AX29 BP 0065007 biological regulation 2.362985306248465 0.5279015092490386 45 99 A0A0H5AX29 BP 0019538 protein metabolic process 2.3424158845759435 0.5269279185681899 46 98 A0A0H5AX29 BP 1901564 organonitrogen compound metabolic process 1.6052956323850238 0.4886687800399806 47 98 A0A0H5AX29 BP 0043170 macromolecule metabolic process 1.5094865113872946 0.4830944071405794 48 98 A0A0H5AX29 BP 0006807 nitrogen compound metabolic process 1.0816912213423482 0.45571436781713714 49 98 A0A0H5AX29 BP 0044238 primary metabolic process 0.9690090367431008 0.4476323486199547 50 98 A0A0H5AX29 BP 0071704 organic substance metabolic process 0.8305183733813823 0.43702479770146874 51 98 A0A0H5AX29 BP 0008152 metabolic process 0.6036487096844373 0.4175128977210735 52 98 A0A0H5AX29 BP 0009987 cellular process 0.348205708111483 0.3903810064853508 53 99 A0A0H5AX29 BP 0017012 protein-phytochromobilin linkage 0.25050418954577863 0.37737317144834975 54 1 A0A0H5AX29 BP 0017007 protein-bilin linkage 0.15224157871069974 0.36135434929130184 55 1 A0A0H5AX42 BP 0009585 red, far-red light phototransduction 15.430228369401412 0.8533605831298228 1 96 A0A0H5AX42 MF 0009881 photoreceptor activity 10.8267558680084 0.7824666030976378 1 98 A0A0H5AX42 CC 0005634 nucleus 0.19277199383895355 0.36845123259189905 1 5 A0A0H5AX42 BP 0010017 red or far-red light signaling pathway 15.251489943923337 0.8523130392449039 2 96 A0A0H5AX42 MF 0042803 protein homodimerization activity 9.431751616478403 0.7506259990180869 2 96 A0A0H5AX42 CC 0043231 intracellular membrane-bounded organelle 0.13380758481542332 0.35781375210778243 2 5 A0A0H5AX42 BP 0071489 cellular response to red or far red light 15.247028073197027 0.8522868109588784 3 96 A0A0H5AX42 MF 0042802 identical protein binding 8.741549883031857 0.7339999485743691 3 96 A0A0H5AX42 CC 0043227 membrane-bounded organelle 0.13266197683231049 0.357585893809547 3 5 A0A0H5AX42 BP 0009639 response to red or far red light 13.115181363317364 0.8305401784668747 4 96 A0A0H5AX42 MF 0046983 protein dimerization activity 6.738236386514153 0.6816118030339902 4 96 A0A0H5AX42 CC 0043229 intracellular organelle 0.09039213687712125 0.3483547939803388 4 5 A0A0H5AX42 BP 0009584 detection of visible light 12.156137036773321 0.8109492700160401 5 98 A0A0H5AX42 MF 0000155 phosphorelay sensor kinase activity 6.651976736358334 0.6791915107338379 5 98 A0A0H5AX42 CC 0043226 organelle 0.08872192677674114 0.3479496003578196 5 5 A0A0H5AX42 BP 0017006 protein-tetrapyrrole linkage 11.792049641512408 0.8033103230720275 6 96 A0A0H5AX42 MF 0004673 protein histidine kinase activity 6.581690334540325 0.6772077725239127 6 98 A0A0H5AX42 CC 0005622 intracellular anatomical structure 0.060296439334842106 0.34035434394788455 6 5 A0A0H5AX42 BP 0071482 cellular response to light stimulus 11.613357345743097 0.799518024585398 7 96 A0A0H5AX42 MF 0038023 signaling receptor activity 6.567133352354689 0.67679559948087 7 98 A0A0H5AX42 CC 0110165 cellular anatomical entity 0.0014254208962496153 0.31018198921674117 7 5 A0A0H5AX42 BP 0071478 cellular response to radiation 11.386000835621322 0.7946505189888442 8 96 A0A0H5AX42 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203344497845945 0.6754674095955395 8 98 A0A0H5AX42 BP 0007602 phototransduction 11.00957495607574 0.786483467111464 9 96 A0A0H5AX42 MF 0060089 molecular transducer activity 6.47074515390943 0.6740548143854073 9 98 A0A0H5AX42 BP 0009583 detection of light stimulus 10.675569277731412 0.7791190701322855 10 98 A0A0H5AX42 MF 0140299 small molecule sensor activity 6.34008479577678 0.6703067031015073 10 98 A0A0H5AX42 BP 0009582 detection of abiotic stimulus 10.521442565447188 0.7756819470691267 11 98 A0A0H5AX42 MF 0004672 protein kinase activity 5.300218420744097 0.6389823910607387 11 98 A0A0H5AX42 BP 0009581 detection of external stimulus 10.520471798491029 0.7756602188576636 12 98 A0A0H5AX42 MF 0005515 protein binding 4.932989356689701 0.6271940494438049 12 96 A0A0H5AX42 BP 0071214 cellular response to abiotic stimulus 10.499340172511955 0.7751869911386249 13 96 A0A0H5AX42 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167030472341 0.6215611020465113 13 98 A0A0H5AX42 BP 0104004 cellular response to environmental stimulus 10.499340172511955 0.7751869911386249 14 96 A0A0H5AX42 MF 0016301 kinase activity 4.321890738975708 0.6065585684148364 14 98 A0A0H5AX42 BP 0009416 response to light stimulus 9.687498399593926 0.7566313180767347 15 98 A0A0H5AX42 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600681300579594 0.5824865417703622 15 98 A0A0H5AX42 BP 0009314 response to radiation 9.539294417871208 0.7531610638436245 16 98 A0A0H5AX42 MF 0140096 catalytic activity, acting on a protein 3.5021654823314097 0.5764283477125867 16 98 A0A0H5AX42 BP 0051606 detection of stimulus 8.520065137183058 0.7285264669529687 17 98 A0A0H5AX42 MF 0016740 transferase activity 2.301285181177818 0.5249682172402074 17 98 A0A0H5AX42 BP 0009628 response to abiotic stimulus 7.977923278033385 0.7148205622590862 18 98 A0A0H5AX42 MF 0005488 binding 0.8694225729857082 0.4400885921455741 18 96 A0A0H5AX42 BP 0009605 response to external stimulus 5.552297240905335 0.6468393061632891 19 98 A0A0H5AX42 MF 0003824 catalytic activity 0.7267409202176892 0.4284816944890736 19 98 A0A0H5AX42 BP 0000160 phosphorelay signal transduction system 5.17529547299094 0.635019483937728 20 98 A0A0H5AX42 BP 0035556 intracellular signal transduction 4.829728339731848 0.6238008551785785 21 98 A0A0H5AX42 BP 0036211 protein modification process 4.122697108742619 0.5995202639770628 22 96 A0A0H5AX42 BP 0007165 signal transduction 4.053964346383813 0.5970523430270122 23 98 A0A0H5AX42 BP 0023052 signaling 4.027216221780529 0.5960862740289045 24 98 A0A0H5AX42 BP 0007154 cell communication 3.9074704496772004 0.5917215249582554 25 98 A0A0H5AX42 BP 0043412 macromolecule modification 3.598795972530352 0.5801515555241907 26 96 A0A0H5AX42 BP 0006355 regulation of DNA-templated transcription 3.521183495918132 0.5771651399569895 27 98 A0A0H5AX42 BP 1903506 regulation of nucleic acid-templated transcription 3.5211639914098294 0.5771643853377044 28 98 A0A0H5AX42 BP 2001141 regulation of RNA biosynthetic process 3.519323241029506 0.5770931582539376 29 98 A0A0H5AX42 BP 0051252 regulation of RNA metabolic process 3.4937096179573857 0.5761001098448199 30 98 A0A0H5AX42 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464138250897727 0.5749490801264767 31 98 A0A0H5AX42 BP 0010556 regulation of macromolecule biosynthetic process 3.4371697289082626 0.573895072171394 32 98 A0A0H5AX42 BP 0031326 regulation of cellular biosynthetic process 3.4324222877454322 0.5737091009416382 33 98 A0A0H5AX42 BP 0009889 regulation of biosynthetic process 3.430284550225438 0.5736253174838415 34 98 A0A0H5AX42 BP 0051716 cellular response to stimulus 3.3996322267590613 0.5724210903572043 35 98 A0A0H5AX42 BP 0031323 regulation of cellular metabolic process 3.3439524753082135 0.570219648604434 36 98 A0A0H5AX42 BP 0051171 regulation of nitrogen compound metabolic process 3.3277572390121204 0.5695758935433387 37 98 A0A0H5AX42 BP 0080090 regulation of primary metabolic process 3.321743011196738 0.5693364313067671 38 98 A0A0H5AX42 BP 0010468 regulation of gene expression 3.297381264451023 0.5683642203517032 39 98 A0A0H5AX42 BP 0060255 regulation of macromolecule metabolic process 3.204815343011425 0.5646370117342345 40 98 A0A0H5AX42 BP 0019222 regulation of metabolic process 3.169328027582428 0.5631938482413874 41 98 A0A0H5AX42 BP 0050896 response to stimulus 3.0382067485150577 0.5577901705069024 42 98 A0A0H5AX42 BP 0050794 regulation of cellular process 2.636223658700393 0.5404532796067252 43 98 A0A0H5AX42 BP 0050789 regulation of biological process 2.4605592730095958 0.5324631874891819 44 98 A0A0H5AX42 BP 0065007 biological regulation 2.3629843569538935 0.5279014644150732 45 98 A0A0H5AX42 BP 0019538 protein metabolic process 2.3185060707553764 0.5257908325326458 46 96 A0A0H5AX42 BP 1901564 organonitrogen compound metabolic process 1.5889098488228344 0.4877274566810285 47 96 A0A0H5AX42 BP 0043170 macromolecule metabolic process 1.4940786832174213 0.4821816064876026 48 96 A0A0H5AX42 BP 0006807 nitrogen compound metabolic process 1.0706500412154811 0.45494166414462944 49 96 A0A0H5AX42 BP 0044238 primary metabolic process 0.9591180409504517 0.44690099866766064 50 96 A0A0H5AX42 BP 0071704 organic substance metabolic process 0.822040997603296 0.4363477239989746 51 96 A0A0H5AX42 BP 0008152 metabolic process 0.597487067613694 0.4169356616498616 52 96 A0A0H5AX42 BP 0009987 cellular process 0.3482055682249643 0.39038098927480736 53 98 A0A0H5AX42 BP 0017012 protein-phytochromobilin linkage 0.24816121182497194 0.3770325152013557 54 1 A0A0H5AX42 BP 0017007 protein-bilin linkage 0.15081765591026122 0.36108878143977113 55 1 A0A0H5AX50 BP 0009585 red, far-red light phototransduction 15.589354063388067 0.8542880877050679 1 98 A0A0H5AX50 MF 0009881 photoreceptor activity 10.82676021749998 0.7824666990655176 1 99 A0A0H5AX50 CC 0005634 nucleus 0.19338723019856272 0.3685528833316516 1 5 A0A0H5AX50 BP 0010017 red or far-red light signaling pathway 15.408772380939622 0.8532351562266901 2 98 A0A0H5AX50 MF 0042803 protein homodimerization activity 9.529017449851164 0.7529194284676983 2 98 A0A0H5AX50 CC 0043231 intracellular membrane-bounded organelle 0.13423463487456577 0.35789844148512123 2 5 A0A0H5AX50 BP 0071489 cellular response to red or far red light 15.40426449674813 0.8532087930467053 3 98 A0A0H5AX50 MF 0042802 identical protein binding 8.831697945546265 0.7362078690520832 3 98 A0A0H5AX50 CC 0043227 membrane-bounded organelle 0.1330853706565869 0.3576702198689759 3 5 A0A0H5AX50 BP 0009639 response to red or far red light 13.250432915416049 0.8332446122826656 4 98 A0A0H5AX50 MF 0046983 protein dimerization activity 6.807725088533396 0.6835502875154684 4 98 A0A0H5AX50 CC 0043229 intracellular organelle 0.09068062551139885 0.34842440113805845 4 5 A0A0H5AX50 BP 0009584 detection of visible light 12.15614192032444 0.8109493717051677 5 99 A0A0H5AX50 MF 0000155 phosphorelay sensor kinase activity 6.651979408693165 0.6791915859570872 5 99 A0A0H5AX50 CC 0043226 organelle 0.08900508489613702 0.3480185614381255 5 5 A0A0H5AX50 BP 0017006 protein-tetrapyrrole linkage 11.913656272199205 0.8058747117852483 6 98 A0A0H5AX50 MF 0004673 protein histidine kinase activity 6.5816929786386185 0.6772078473486929 6 99 A0A0H5AX50 CC 0005622 intracellular anatomical structure 0.06048887684142698 0.3404111944634015 6 5 A0A0H5AX50 BP 0071482 cellular response to light stimulus 11.733121195176523 0.802062909235052 7 98 A0A0H5AX50 MF 0038023 signaling receptor activity 6.5671359906049265 0.676795674222858 7 99 A0A0H5AX50 CC 0110165 cellular anatomical entity 0.001429970160619688 0.3101907301969002 7 5 A0A0H5AX50 BP 0071478 cellular response to radiation 11.503420049473903 0.7971703697075188 8 98 A0A0H5AX50 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203370692340545 0.6754674840707372 8 99 A0A0H5AX50 BP 0007602 phototransduction 11.123112242332482 0.7889613140955876 9 98 A0A0H5AX50 MF 0060089 molecular transducer activity 6.470747753437111 0.6740548885768601 9 99 A0A0H5AX50 BP 0009583 detection of light stimulus 10.675573566485982 0.7791191654277541 10 99 A0A0H5AX50 MF 0140299 small molecule sensor activity 6.340087342813564 0.6703067765400856 10 99 A0A0H5AX50 BP 0071214 cellular response to abiotic stimulus 10.60761561415519 0.7776067395352475 11 98 A0A0H5AX50 MF 0004672 protein kinase activity 5.300220550029701 0.6389824582072745 11 99 A0A0H5AX50 BP 0104004 cellular response to environmental stimulus 10.60761561415519 0.7776067395352475 12 98 A0A0H5AX50 MF 0005515 protein binding 4.983861277442905 0.6288526595090342 12 98 A0A0H5AX50 BP 0009582 detection of abiotic stimulus 10.521446792283594 0.7756820416741882 13 99 A0A0H5AX50 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168943603631 0.6215611656936727 13 99 A0A0H5AX50 BP 0009581 detection of external stimulus 10.520476024937444 0.7756603134583604 14 99 A0A0H5AX50 MF 0016301 kinase activity 4.3218924752324055 0.6065586290484734 14 99 A0A0H5AX50 BP 0009416 response to light stimulus 9.687502291405403 0.75663140885514 15 99 A0A0H5AX50 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696004370574 0.5824865975687066 15 99 A0A0H5AX50 BP 0009314 response to radiation 9.539298250143892 0.7531611539249679 16 99 A0A0H5AX50 MF 0140096 catalytic activity, acting on a protein 3.5021668892754168 0.5764284022940355 16 99 A0A0H5AX50 BP 0051606 detection of stimulus 8.520068559995217 0.7285265520860174 17 99 A0A0H5AX50 MF 0016740 transferase activity 2.3012861056856435 0.524968261484978 17 99 A0A0H5AX50 BP 0009628 response to abiotic stimulus 7.97792648304794 0.7148206446390611 18 99 A0A0H5AX50 MF 0005488 binding 0.8783885757552046 0.44078490540170134 18 98 A0A0H5AX50 BP 0009605 response to external stimulus 5.552299471459936 0.6468393748880252 19 99 A0A0H5AX50 MF 0003824 catalytic activity 0.7267412121752758 0.42848171935281815 19 99 A0A0H5AX50 BP 0000160 phosphorelay signal transduction system 5.1752975520905675 0.6350195502882436 20 99 A0A0H5AX50 BP 0035556 intracellular signal transduction 4.82973028000491 0.6238009192756341 21 99 A0A0H5AX50 BP 0036211 protein modification process 4.165212813813217 0.6010365457754689 22 98 A0A0H5AX50 BP 0007165 signal transduction 4.0539659750049815 0.5970524017511556 23 99 A0A0H5AX50 BP 0023052 signaling 4.027217839656029 0.5960863325589958 24 99 A0A0H5AX50 BP 0007154 cell communication 3.907472019446579 0.5917215826116096 25 99 A0A0H5AX50 BP 0043412 macromolecule modification 3.6359088974291742 0.5815682226635177 26 98 A0A0H5AX50 BP 0006355 regulation of DNA-templated transcription 3.521184910502349 0.577165194686436 27 99 A0A0H5AX50 BP 1903506 regulation of nucleic acid-templated transcription 3.521165405986211 0.5771644400669995 28 99 A0A0H5AX50 BP 2001141 regulation of RNA biosynthetic process 3.5193246548663932 0.5770932129689255 29 99 A0A0H5AX50 BP 0051252 regulation of RNA metabolic process 3.493711021504372 0.5761001643603363 30 99 A0A0H5AX50 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396425648474 0.5749491344107884 31 99 A0A0H5AX50 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711097411723 0.5738951262439896 32 99 A0A0H5AX50 BP 0031326 regulation of cellular biosynthetic process 3.432423666671126 0.5737091549768781 33 99 A0A0H5AX50 BP 0009889 regulation of biosynthetic process 3.430285928292327 0.5736253715022521 34 99 A0A0H5AX50 BP 0051716 cellular response to stimulus 3.399633592511826 0.5724211441337246 35 99 A0A0H5AX50 BP 0031323 regulation of cellular metabolic process 3.343953818692448 0.5702197019387556 36 99 A0A0H5AX50 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585758901544 0.5695759467483508 37 99 A0A0H5AX50 BP 0080090 regulation of primary metabolic process 3.3217443456586437 0.569336484463679 38 99 A0A0H5AX50 BP 0010468 regulation of gene expression 3.2973825891259514 0.5683642733133293 39 99 A0A0H5AX50 BP 0060255 regulation of macromolecule metabolic process 3.2048166304993417 0.5646370639471848 40 99 A0A0H5AX50 BP 0019222 regulation of metabolic process 3.169329300813832 0.5631939001644528 41 99 A0A0H5AX50 BP 0050896 response to stimulus 3.0382079690703963 0.5577902213445434 42 99 A0A0H5AX50 BP 0050794 regulation of cellular process 2.6362247177648768 0.5404533269619447 43 99 A0A0H5AX50 BP 0050789 regulation of biological process 2.460560261503469 0.53246323323945 44 99 A0A0H5AX50 BP 0065007 biological regulation 2.362985306248465 0.5279015092490386 45 99 A0A0H5AX50 BP 0019538 protein metabolic process 2.3424158845759435 0.5269279185681899 46 98 A0A0H5AX50 BP 1901564 organonitrogen compound metabolic process 1.6052956323850238 0.4886687800399806 47 98 A0A0H5AX50 BP 0043170 macromolecule metabolic process 1.5094865113872946 0.4830944071405794 48 98 A0A0H5AX50 BP 0006807 nitrogen compound metabolic process 1.0816912213423482 0.45571436781713714 49 98 A0A0H5AX50 BP 0044238 primary metabolic process 0.9690090367431008 0.4476323486199547 50 98 A0A0H5AX50 BP 0071704 organic substance metabolic process 0.8305183733813823 0.43702479770146874 51 98 A0A0H5AX50 BP 0008152 metabolic process 0.6036487096844373 0.4175128977210735 52 98 A0A0H5AX50 BP 0009987 cellular process 0.348205708111483 0.3903810064853508 53 99 A0A0H5AX50 BP 0017012 protein-phytochromobilin linkage 0.25050418954577863 0.37737317144834975 54 1 A0A0H5AX50 BP 0017007 protein-bilin linkage 0.15224157871069974 0.36135434929130184 55 1 A0A0H5AX56 BP 0009585 red, far-red light phototransduction 15.432391188884191 0.8533732216485295 1 96 A0A0H5AX56 MF 0009881 photoreceptor activity 10.826756569905301 0.7824666185844049 1 98 A0A0H5AX56 CC 0005634 nucleus 0.19290756842317705 0.3684736464487376 1 5 A0A0H5AX56 BP 0010017 red or far-red light signaling pathway 15.253627710053717 0.8523256043502792 2 96 A0A0H5AX56 MF 0042803 protein homodimerization activity 9.433073643324958 0.7506572501318549 2 96 A0A0H5AX56 CC 0043231 intracellular membrane-bounded organelle 0.13390169033000576 0.35783242600611354 2 5 A0A0H5AX56 BP 0071489 cellular response to red or far red light 15.249165213917287 0.8522993742261389 3 96 A0A0H5AX56 MF 0042802 identical protein binding 8.742775165895083 0.7340300345114148 3 96 A0A0H5AX56 CC 0043227 membrane-bounded organelle 0.13275527665244063 0.3576044875967481 3 5 A0A0H5AX56 BP 0009639 response to red or far red light 13.117019688006646 0.8305770300774047 4 96 A0A0H5AX56 MF 0046983 protein dimerization activity 6.739180869550141 0.6816382175369864 4 96 A0A0H5AX56 CC 0043229 intracellular organelle 0.09045570874837773 0.34837014226872176 4 5 A0A0H5AX56 BP 0009584 detection of visible light 12.156137824853799 0.8109492864260706 5 98 A0A0H5AX56 MF 0000155 phosphorelay sensor kinase activity 6.651977167604953 0.6791915228729509 5 98 A0A0H5AX56 CC 0043226 organelle 0.08878432400620753 0.34796480618696723 5 5 A0A0H5AX56 BP 0017006 protein-tetrapyrrole linkage 11.793702505883303 0.8033452663764471 6 96 A0A0H5AX56 MF 0004673 protein histidine kinase activity 6.581690761230288 0.677207784598723 6 98 A0A0H5AX56 CC 0005622 intracellular anatomical structure 0.060338845207864346 0.3403668794131364 6 5 A0A0H5AX56 BP 0071482 cellular response to light stimulus 11.614985163227486 0.799552702120269 7 96 A0A0H5AX56 MF 0038023 signaling receptor activity 6.567133778100924 0.6767956115423197 7 98 A0A0H5AX56 CC 0110165 cellular anatomical entity 0.001426423380280122 0.31018391659157774 7 5 A0A0H5AX56 BP 0071478 cellular response to radiation 11.387596785068645 0.7946848554021579 8 96 A0A0H5AX56 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520334872496865 0.6754674216139362 8 98 A0A0H5AX56 BP 0007602 phototransduction 11.011118142776679 0.7865172311664315 9 96 A0A0H5AX56 MF 0060089 molecular transducer activity 6.470745573406833 0.6740548263580147 9 98 A0A0H5AX56 BP 0009583 detection of light stimulus 10.675569969826912 0.7791190855105427 10 98 A0A0H5AX56 MF 0140299 small molecule sensor activity 6.340085206803493 0.6703067149526201 10 98 A0A0H5AX56 BP 0009582 detection of abiotic stimulus 10.521443247550675 0.7756819623359698 11 98 A0A0H5AX56 MF 0004672 protein kinase activity 5.300218764356435 0.6389824018964763 11 98 A0A0H5AX56 BP 0009581 detection of external stimulus 10.520472480531582 0.7756602341238023 12 98 A0A0H5AX56 MF 0005515 protein binding 4.93368080241776 0.6272166502749985 12 96 A0A0H5AX56 BP 0071214 cellular response to abiotic stimulus 10.500811840781392 0.7752199635208561 13 96 A0A0H5AX56 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621673392028905 0.6215611123175391 13 98 A0A0H5AX56 BP 0104004 cellular response to environmental stimulus 10.500811840781392 0.7752199635208561 14 96 A0A0H5AX56 MF 0016301 kinase activity 4.321891019163213 0.6065585781995582 14 98 A0A0H5AX56 BP 0009416 response to light stimulus 9.687499027632942 0.756631332726053 15 98 A0A0H5AX56 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660068367339608 0.5824865507747912 15 98 A0A0H5AX56 BP 0009314 response to radiation 9.539295036302182 0.7531610783804548 16 98 A0A0H5AX56 MF 0140096 catalytic activity, acting on a protein 3.502165709376254 0.5764283565206398 16 98 A0A0H5AX56 BP 0051606 detection of stimulus 8.520065689537558 0.7285264806912706 17 98 A0A0H5AX56 MF 0016740 transferase activity 2.301285330369779 0.5249682243801844 17 98 A0A0H5AX56 BP 0009628 response to abiotic stimulus 7.977923795240912 0.7148205755531122 18 98 A0A0H5AX56 MF 0005488 binding 0.8695444379403028 0.44009808036627746 18 96 A0A0H5AX56 BP 0009605 response to external stimulus 5.5522976008599025 0.6468393172537079 19 98 A0A0H5AX56 MF 0003824 catalytic activity 0.7267409673321901 0.42848169850144757 19 98 A0A0H5AX56 BP 0000160 phosphorelay signal transduction system 5.175295808504542 0.6350194946450083 20 98 A0A0H5AX56 BP 0035556 intracellular signal transduction 4.829728652842387 0.6238008655222078 21 98 A0A0H5AX56 BP 0036211 protein modification process 4.123274977677214 0.5995409253909094 22 96 A0A0H5AX56 BP 0007165 signal transduction 4.053964609201691 0.5970523525035905 23 98 A0A0H5AX56 BP 0023052 signaling 4.027216482864332 0.5960862834741678 24 98 A0A0H5AX56 BP 0007154 cell communication 3.907470702997903 0.5917215342620357 25 98 A0A0H5AX56 BP 0043412 macromolecule modification 3.59930040745235 0.5801708595520298 26 96 A0A0H5AX56 BP 0006355 regulation of DNA-templated transcription 3.521183724195911 0.5771651487889256 27 98 A0A0H5AX56 BP 1903506 regulation of nucleic acid-templated transcription 3.521164219686344 0.5771643941696163 28 98 A0A0H5AX56 BP 2001141 regulation of RNA biosynthetic process 3.519323469186685 0.5770931670835406 29 98 A0A0H5AX56 BP 0051252 regulation of RNA metabolic process 3.4937098444540378 0.5761001186422332 30 98 A0A0H5AX56 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464138475477272 0.5749490888865796 31 98 A0A0H5AX56 BP 0010556 regulation of macromolecule biosynthetic process 3.4371699517394427 0.5738950808973313 32 98 A0A0H5AX56 BP 0031326 regulation of cellular biosynthetic process 3.432422510268836 0.5737091096615472 33 98 A0A0H5AX56 BP 0009889 regulation of biosynthetic process 3.430284772610253 0.5736253262010347 34 98 A0A0H5AX56 BP 0051716 cellular response to stimulus 3.3996324471566908 0.5724210990353626 35 98 A0A0H5AX56 BP 0031323 regulation of cellular metabolic process 3.343952692096133 0.5702196572112326 36 98 A0A0H5AX56 BP 0051171 regulation of nitrogen compound metabolic process 3.3277574547501056 0.5695759021292701 37 98 A0A0H5AX56 BP 0080090 regulation of primary metabolic process 3.3217432265448217 0.5693364398849363 38 98 A0A0H5AX56 BP 0010468 regulation of gene expression 3.2973814782197386 0.5683642288983584 39 98 A0A0H5AX56 BP 0060255 regulation of macromolecule metabolic process 3.2048155507791054 0.5646370201600724 40 98 A0A0H5AX56 BP 0019222 regulation of metabolic process 3.1693282330494714 0.5631938566204453 41 98 A0A0H5AX56 BP 0050896 response to stimulus 3.0382069454815293 0.5577901787108004 42 98 A0A0H5AX56 BP 0050794 regulation of cellular process 2.6362238296063634 0.5404532872486493 43 98 A0A0H5AX56 BP 0050789 regulation of biological process 2.460559432527271 0.5324631948721078 44 98 A0A0H5AX56 BP 0065007 biological regulation 2.3629845101458025 0.5279014716501313 45 98 A0A0H5AX56 BP 0019538 protein metabolic process 2.3188310503979794 0.5258063268854662 46 96 A0A0H5AX56 BP 1901564 organonitrogen compound metabolic process 1.5891325626476167 0.487740283499568 47 96 A0A0H5AX56 BP 0043170 macromolecule metabolic process 1.494288104776682 0.48219404464525273 48 96 A0A0H5AX56 BP 0006807 nitrogen compound metabolic process 1.0708001117596715 0.4549521932892616 49 96 A0A0H5AX56 BP 0044238 primary metabolic process 0.9592524783116879 0.4469109643112811 50 96 A0A0H5AX56 BP 0071704 organic substance metabolic process 0.8221562211918713 0.4363569500544391 51 96 A0A0H5AX56 BP 0008152 metabolic process 0.5975708159963885 0.4169435272810174 52 96 A0A0H5AX56 BP 0009987 cellular process 0.3482055907990772 0.39038099205214993 53 98 A0A0H5AX56 BP 0017012 protein-phytochromobilin linkage 0.24856766978733946 0.37709172690876547 54 1 A0A0H5AX56 BP 0017007 protein-bilin linkage 0.15106467693606748 0.36113494153828984 55 1 A0A0H5AX59 BP 0009585 red, far-red light phototransduction 15.432169789536825 0.8533719279336316 1 96 A0A0H5AX59 MF 0009881 photoreceptor activity 10.826756473948793 0.782466616467205 1 98 A0A0H5AX59 CC 0005634 nucleus 0.1927530125993294 0.36844809389112876 1 5 A0A0H5AX59 BP 0010017 red or far-red light signaling pathway 15.25340887531977 0.8523243181501797 2 96 A0A0H5AX59 MF 0042803 protein homodimerization activity 9.432938312621976 0.7506540511785285 2 96 A0A0H5AX59 CC 0043231 intracellular membrane-bounded organelle 0.13379440948958718 0.3578111371281518 2 5 A0A0H5AX59 BP 0071489 cellular response to red or far red light 15.248946443204124 0.8522980882141942 3 96 A0A0H5AX59 MF 0042802 identical protein binding 8.742649738494222 0.734026954828908 3 96 A0A0H5AX59 CC 0043227 membrane-bounded organelle 0.13264891430843903 0.35758329004819384 3 5 A0A0H5AX59 BP 0009639 response to red or far red light 13.116831505918546 0.8305732578412226 4 96 A0A0H5AX59 MF 0046983 protein dimerization activity 6.739084186526232 0.6816355136729624 4 96 A0A0H5AX59 CC 0043229 intracellular organelle 0.09038323644103592 0.34835264469898497 4 5 A0A0H5AX59 BP 0009584 detection of visible light 12.156137717115113 0.8109492841826511 5 98 A0A0H5AX59 MF 0000155 phosphorelay sensor kinase activity 6.651977108649116 0.6791915212134096 5 98 A0A0H5AX59 CC 0043226 organelle 0.088713190797419 0.3479474710255943 5 5 A0A0H5AX59 BP 0017006 protein-tetrapyrrole linkage 11.793533308640576 0.8033416894799327 6 96 A0A0H5AX59 MF 0004673 protein histidine kinase activity 6.581690702897393 0.6772077829479726 6 98 A0A0H5AX59 CC 0005622 intracellular anatomical structure 0.0602905022630678 0.34035258855724715 6 5 A0A0H5AX59 BP 0071482 cellular response to light stimulus 11.614818529936292 0.7995491524286852 7 96 A0A0H5AX59 MF 0038023 signaling receptor activity 6.567133719897047 0.6767956098933959 7 98 A0A0H5AX59 CC 0110165 cellular anatomical entity 0.0014252805425859 0.31018171931884153 7 5 A0A0H5AX59 BP 0071478 cellular response to radiation 11.387433413983413 0.7946813406287518 8 96 A0A0H5AX59 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520334814707761 0.6754674199708981 8 98 A0A0H5AX59 BP 0007602 phototransduction 11.010960172806845 0.7865137749812614 9 96 A0A0H5AX59 MF 0060089 molecular transducer activity 6.470745516057233 0.6740548247212365 9 98 A0A0H5AX59 BP 0009583 detection of light stimulus 10.675569875210355 0.7791190834081771 10 98 A0A0H5AX59 MF 0140299 small molecule sensor activity 6.340085150611923 0.6703067133324513 10 98 A0A0H5AX59 BP 0009582 detection of abiotic stimulus 10.52144315430013 0.7756819602488356 11 98 A0A0H5AX59 MF 0004672 protein kinase activity 5.300218717381103 0.6389824004151199 11 98 A0A0H5AX59 BP 0009581 detection of external stimulus 10.52047238728964 0.7756602320367644 12 98 A0A0H5AX59 MF 0005515 protein binding 4.933610021830591 0.6272143367893205 12 96 A0A0H5AX59 BP 0071214 cellular response to abiotic stimulus 10.50066119187288 0.7752165883735701 13 96 A0A0H5AX59 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167296996256 0.6215611109133842 13 98 A0A0H5AX59 BP 0104004 cellular response to environmental stimulus 10.50066119187288 0.7752165883735701 14 96 A0A0H5AX59 MF 0016301 kinase activity 4.321890980858707 0.6065585768618864 14 98 A0A0H5AX59 BP 0009416 response to light stimulus 9.687498941773566 0.756631330723341 15 98 A0A0H5AX59 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600683349007723 0.5824865495437934 15 98 A0A0H5AX59 BP 0009314 response to radiation 9.539294951756323 0.7531610763931209 16 98 A0A0H5AX59 MF 0140096 catalytic activity, acting on a protein 3.5021656783368944 0.5764283553164886 16 98 A0A0H5AX59 BP 0051606 detection of stimulus 8.52006561402503 0.7285264788131037 17 98 A0A0H5AX59 MF 0016740 transferase activity 2.301285309973707 0.5249682234040763 17 98 A0A0H5AX59 BP 0009628 response to abiotic stimulus 7.977923724533337 0.7148205737356825 18 98 A0A0H5AX59 MF 0005488 binding 0.869531963102884 0.4400971091248873 18 96 A0A0H5AX59 BP 0009605 response to external stimulus 5.552297551650421 0.6468393157375338 19 98 A0A0H5AX59 MF 0003824 catalytic activity 0.7267409608911545 0.4284816979529149 19 98 A0A0H5AX59 BP 0000160 phosphorelay signal transduction system 5.175295762636391 0.6350194931812132 20 98 A0A0H5AX59 BP 0035556 intracellular signal transduction 4.829728610036963 0.6238008641081276 21 98 A0A0H5AX59 BP 0036211 protein modification process 4.123215823500917 0.5995388104295342 22 96 A0A0H5AX59 BP 0007165 signal transduction 4.053964573271791 0.597052351208045 23 98 A0A0H5AX59 BP 0023052 signaling 4.027216447171497 0.5960862821829034 24 98 A0A0H5AX59 BP 0007154 cell communication 3.9074706683663636 0.5917215329901135 25 98 A0A0H5AX59 BP 0043412 macromolecule modification 3.5992487704278977 0.580168883536566 26 96 A0A0H5AX59 BP 0006355 regulation of DNA-templated transcription 3.5211836929879965 0.5771651475815094 27 98 A0A0H5AX59 BP 1903506 regulation of nucleic acid-templated transcription 3.5211641884786022 0.5771643929622032 28 98 A0A0H5AX59 BP 2001141 regulation of RNA biosynthetic process 3.5193234379952583 0.5770931658764433 29 98 A0A0H5AX59 BP 0051252 regulation of RNA metabolic process 3.4937098134896214 0.5761001174395366 30 98 A0A0H5AX59 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464138444774944 0.5749490876889836 31 98 A0A0H5AX59 BP 0010556 regulation of macromolecule biosynthetic process 3.437169921276134 0.5738950797044062 32 98 A0A0H5AX59 BP 0031326 regulation of cellular biosynthetic process 3.4324224798476037 0.5737091084694461 33 98 A0A0H5AX59 BP 0009889 regulation of biosynthetic process 3.4302847422079674 0.5736253250093049 34 98 A0A0H5AX59 BP 0051716 cellular response to stimulus 3.3996324170260737 0.5724210978489692 35 98 A0A0H5AX59 BP 0031323 regulation of cellular metabolic process 3.3439526624590004 0.5702196560345949 36 98 A0A0H5AX59 BP 0051171 regulation of nitrogen compound metabolic process 3.327757425256509 0.5695759009554853 37 98 A0A0H5AX59 BP 0080090 regulation of primary metabolic process 3.3217431971045297 0.5693364387122126 38 98 A0A0H5AX59 BP 0010468 regulation of gene expression 3.2973814489953615 0.5683642277299429 39 98 A0A0H5AX59 BP 0060255 regulation of macromolecule metabolic process 3.204815522375132 0.564637019008174 40 98 A0A0H5AX59 BP 0019222 regulation of metabolic process 3.1693282049600184 0.5631938554749422 41 98 A0A0H5AX59 BP 0050896 response to stimulus 3.0382069185541916 0.5577901775892434 42 98 A0A0H5AX59 BP 0050794 regulation of cellular process 2.636223806241764 0.54045328620392 43 98 A0A0H5AX59 BP 0050789 regulation of biological process 2.4605594107195685 0.5324631938627862 44 98 A0A0H5AX59 BP 0065007 biological regulation 2.362984489202897 0.5279014706610247 45 98 A0A0H5AX59 BP 0019538 protein metabolic process 2.3187977835066125 0.5258047408392259 46 96 A0A0H5AX59 BP 1901564 organonitrogen compound metabolic process 1.5891097643069096 0.487738970509761 47 96 A0A0H5AX59 BP 0043170 macromolecule metabolic process 1.4942666671130609 0.48219277143988526 48 96 A0A0H5AX59 BP 0006807 nitrogen compound metabolic process 1.0707847496266747 0.45495111549592293 49 96 A0A0H5AX59 BP 0044238 primary metabolic process 0.959238716486313 0.4469099441995165 50 96 A0A0H5AX59 BP 0071704 organic substance metabolic process 0.8221444262050428 0.4363560056490321 51 96 A0A0H5AX59 BP 0008152 metabolic process 0.5975622430029328 0.416942722132531 52 96 A0A0H5AX59 BP 0009987 cellular process 0.34820558771296434 0.3903809916724587 53 98 A0A0H5AX59 BP 0017012 protein-phytochromobilin linkage 0.24833512768528568 0.37705785672885833 54 1 A0A0H5AX59 BP 0017007 protein-bilin linkage 0.15092335164806506 0.3611085371174455 55 1 A0A0H5AX75 BP 0009585 red, far-red light phototransduction 15.74225818846019 0.8551748789938733 1 99 A0A0H5AX75 MF 0009881 photoreceptor activity 10.82675956126477 0.7824666845862399 1 99 A0A0H5AX75 CC 0005634 nucleus 0.19326931131509376 0.3685334130469974 1 5 A0A0H5AX75 BP 0010017 red or far-red light signaling pathway 15.55990531754258 0.8541167964131997 2 99 A0A0H5AX75 MF 0042803 protein homodimerization activity 9.622480339336006 0.7551121866617672 2 99 A0A0H5AX75 CC 0043231 intracellular membrane-bounded organelle 0.1341527845980454 0.35788221999683706 2 5 A0A0H5AX75 BP 0071489 cellular response to red or far red light 15.555353218941343 0.8540903042604946 3 99 A0A0H5AX75 MF 0042802 identical protein binding 8.918321358022121 0.7383188717341933 3 99 A0A0H5AX75 CC 0043227 membrane-bounded organelle 0.13300422114998423 0.35765406797096866 3 5 A0A0H5AX75 BP 0009639 response to red or far red light 13.380396340681806 0.8358303335966117 4 99 A0A0H5AX75 MF 0046983 protein dimerization activity 6.874496889607462 0.6854036812318338 4 99 A0A0H5AX75 CC 0043229 intracellular organelle 0.09062533252177596 0.34841106851324855 4 5 A0A0H5AX75 BP 0009584 detection of visible light 12.156141183512304 0.8109493563626893 5 99 A0A0H5AX75 MF 0000155 phosphorelay sensor kinase activity 6.651979005501166 0.6791915746076823 5 99 A0A0H5AX75 CC 0043226 organelle 0.08895081357624049 0.34800535256363146 5 5 A0A0H5AX75 BP 0017006 protein-tetrapyrrole linkage 12.030508271409921 0.808326535347837 6 99 A0A0H5AX75 MF 0004673 protein histidine kinase activity 6.581692579706844 0.6772078360594078 6 99 A0A0H5AX75 CC 0005622 intracellular anatomical structure 0.06045199342977613 0.34040030525863485 6 5 A0A0H5AX75 BP 0071482 cellular response to light stimulus 11.848202463035273 0.804496084874893 7 99 A0A0H5AX75 MF 0038023 signaling receptor activity 6.567135592555485 0.6767956629460642 7 99 A0A0H5AX75 CC 0110165 cellular anatomical entity 0.001429098228773097 0.31018905594079277 7 5 A0A0H5AX75 BP 0071478 cellular response to radiation 11.61624835338245 0.7995796102935504 8 99 A0A0H5AX75 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203366740212045 0.6754674728341956 8 99 A0A0H5AX75 BP 0007602 phototransduction 11.232210396019758 0.7913303947224222 9 99 A0A0H5AX75 MF 0060089 molecular transducer activity 6.470747361229985 0.674054877383129 9 99 A0A0H5AX75 BP 0071214 cellular response to abiotic stimulus 10.711657653228057 0.7799202718417148 10 99 A0A0H5AX75 MF 0140299 small molecule sensor activity 6.34008695852607 0.6703067654599454 10 99 A0A0H5AX75 BP 0104004 cellular response to environmental stimulus 10.711657653228057 0.7799202718417148 11 99 A0A0H5AX75 MF 0004672 protein kinase activity 5.300220228770962 0.6389824480764543 11 99 A0A0H5AX75 BP 0009583 detection of light stimulus 10.675572919414549 0.7791191510499273 12 99 A0A0H5AX75 MF 0005515 protein binding 5.032744184650584 0.6304384640394125 12 99 A0A0H5AX75 BP 0009582 detection of abiotic stimulus 10.521446154554145 0.7756820274005275 13 99 A0A0H5AX75 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621686549574545 0.6215611560908251 13 99 A0A0H5AX75 BP 0009581 detection of external stimulus 10.520475387266835 0.7756602991853583 14 99 A0A0H5AX75 MF 0016301 kinase activity 4.321892213272414 0.6065586199002951 14 99 A0A0H5AX75 BP 0009416 response to light stimulus 9.687501704223275 0.756631395158831 15 99 A0A0H5AX75 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069378591695 0.5824865891500592 15 99 A0A0H5AX75 BP 0009314 response to radiation 9.539297671944757 0.753161140333829 16 99 A0A0H5AX75 MF 0140096 catalytic activity, acting on a protein 3.5021666770009063 0.5764283940589889 16 99 A0A0H5AX75 BP 0051606 detection of stimulus 8.520068043573971 0.7285265392414588 17 99 A0A0H5AX75 MF 0016740 transferase activity 2.3012859661993206 0.5249682548094912 17 99 A0A0H5AX75 BP 0009628 response to abiotic stimulus 7.977925999487193 0.7148206322098761 18 99 A0A0H5AX75 MF 0005488 binding 0.8870040216616276 0.4414506536322696 18 99 A0A0H5AX75 BP 0009605 response to external stimulus 5.552299134922104 0.6468393645190921 19 99 A0A0H5AX75 MF 0003824 catalytic activity 0.7267411681257945 0.4284817156014686 19 99 A0A0H5AX75 BP 0000160 phosphorelay signal transduction system 5.175297238403703 0.635019540277524 20 99 A0A0H5AX75 BP 0035556 intracellular signal transduction 4.829729987263684 0.6238009096049082 21 99 A0A0H5AX75 BP 0036211 protein modification process 4.206066220467892 0.6024862696108962 22 99 A0A0H5AX75 BP 0007165 signal transduction 4.0539657292846405 0.5970523928910747 23 99 A0A0H5AX75 BP 0023052 signaling 4.027217595556955 0.5960863237281927 24 99 A0A0H5AX75 BP 0007154 cell communication 3.9074717826055783 0.5917215739130854 25 99 A0A0H5AX75 BP 0043412 macromolecule modification 3.6715707642738695 0.5829227044761383 26 99 A0A0H5AX75 BP 0006355 regulation of DNA-templated transcription 3.5211846970751126 0.5771651864290601 27 99 A0A0H5AX75 BP 1903506 regulation of nucleic acid-templated transcription 3.521165192560156 0.5771644318096465 28 99 A0A0H5AX75 BP 2001141 regulation of RNA biosynthetic process 3.5193244415519107 0.577093204713731 29 99 A0A0H5AX75 BP 0051252 regulation of RNA metabolic process 3.4937108097423923 0.5761001561352375 30 99 A0A0H5AX75 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641394325952577 0.5749491262205728 31 99 A0A0H5AX75 BP 0010556 regulation of macromolecule biosynthetic process 3.437170901406208 0.573895118085717 32 99 A0A0H5AX75 BP 0031326 regulation of cellular biosynthetic process 3.432423458623915 0.5737091468242416 33 99 A0A0H5AX75 BP 0009889 regulation of biosynthetic process 3.4302857203746897 0.5736253633521546 34 99 A0A0H5AX75 BP 0051716 cellular response to stimulus 3.3996333864520976 0.5724211360201228 35 99 A0A0H5AX75 BP 0031323 regulation of cellular metabolic process 3.3439536160076013 0.5702196938918711 36 99 A0A0H5AX75 BP 0051171 regulation of nitrogen compound metabolic process 3.327758374186939 0.569575938720976 37 99 A0A0H5AX75 BP 0080090 regulation of primary metabolic process 3.3217441443199647 0.5693364764435613 38 99 A0A0H5AX75 BP 0010468 regulation of gene expression 3.2973823892638956 0.5683642653226757 39 99 A0A0H5AX75 BP 0060255 regulation of macromolecule metabolic process 3.2048164362479246 0.5646370560694887 40 99 A0A0H5AX75 BP 0019222 regulation of metabolic process 3.1693291087133844 0.5631938923304933 41 99 A0A0H5AX75 BP 0050896 response to stimulus 3.0382077849175193 0.5577902136743487 42 99 A0A0H5AX75 BP 0050794 regulation of cellular process 2.6362245579771426 0.5404533198171648 43 99 A0A0H5AX75 BP 0050789 regulation of biological process 2.460560112363168 0.5324632263368193 44 99 A0A0H5AX75 BP 0019538 protein metabolic process 2.3653908615974277 0.5280150916321892 45 99 A0A0H5AX75 BP 0065007 biological regulation 2.3629851630224095 0.5279015024846562 46 99 A0A0H5AX75 BP 1901564 organonitrogen compound metabolic process 1.6210407571126986 0.48956878352993327 47 99 A0A0H5AX75 BP 0043170 macromolecule metabolic process 1.524291917268344 0.48396713994328466 48 99 A0A0H5AX75 BP 0006807 nitrogen compound metabolic process 1.0923007083759373 0.45645315326779284 49 99 A0A0H5AX75 BP 0044238 primary metabolic process 0.9785133098738364 0.4483315955930397 50 99 A0A0H5AX75 BP 0071704 organic substance metabolic process 0.8386642968572269 0.4376721509084244 51 99 A0A0H5AX75 BP 0008152 metabolic process 0.6095694410649621 0.41806479572049804 52 99 A0A0H5AX75 BP 0009987 cellular process 0.34820568700592225 0.39038100388868785 53 99 A0A0H5AX75 BP 0017012 protein-phytochromobilin linkage 0.25375644100301065 0.3778434015884148 54 1 A0A0H5AX75 BP 0017007 protein-bilin linkage 0.15421810412175554 0.36172092999875693 55 1 A0A0H5AX89 BP 0009585 red, far-red light phototransduction 15.589356985440475 0.8542881046934185 1 98 A0A0H5AX89 MF 0009881 photoreceptor activity 10.826760187060485 0.7824666983938957 1 99 A0A0H5AX89 CC 0005634 nucleus 0.19337832093853644 0.368551412478347 1 5 A0A0H5AX89 BP 0010017 red or far-red light signaling pathway 15.408775269143987 0.8532351731163607 2 98 A0A0H5AX89 MF 0042803 protein homodimerization activity 9.529019235960345 0.7529194704745894 2 98 A0A0H5AX89 CC 0043231 intracellular membrane-bounded organelle 0.13422845074717843 0.3578972160572411 2 5 A0A0H5AX89 BP 0071489 cellular response to red or far red light 15.404267384107545 0.853208809933905 3 98 A0A0H5AX89 MF 0042802 identical protein binding 8.831699600950598 0.7362079094927757 3 98 A0A0H5AX89 CC 0043227 membrane-bounded organelle 0.1330792394752692 0.3576689996981884 3 5 A0A0H5AX89 BP 0009639 response to red or far red light 13.250435399063496 0.833244661817591 4 98 A0A0H5AX89 MF 0046983 protein dimerization activity 6.807726364566348 0.68355032302112 4 98 A0A0H5AX89 CC 0043229 intracellular organelle 0.09067644789702795 0.3484233939450148 4 5 A0A0H5AX89 BP 0009584 detection of visible light 12.15614188614738 0.8109493709935063 5 99 A0A0H5AX89 MF 0000155 phosphorelay sensor kinase activity 6.651979389991089 0.6791915854306445 5 99 A0A0H5AX89 CC 0043226 organelle 0.08900098447314535 0.34801756359361297 5 5 A0A0H5AX89 BP 0017006 protein-tetrapyrrole linkage 11.913658505282621 0.8058747587550812 6 98 A0A0H5AX89 MF 0004673 protein histidine kinase activity 6.581692960134153 0.6772078468250391 6 99 A0A0H5AX89 CC 0005622 intracellular anatomical structure 0.060486090146918116 0.34041037185484185 6 5 A0A0H5AX89 BP 0071482 cellular response to light stimulus 11.73312339442063 0.8020629558476444 7 98 A0A0H5AX89 MF 0038023 signaling receptor activity 6.567135972141387 0.6767956736997836 7 99 A0A0H5AX89 CC 0110165 cellular anatomical entity 0.0014299042825574306 0.3101906037177463 7 5 A0A0H5AX89 BP 0071478 cellular response to radiation 11.503422205663062 0.7971704158615851 8 98 A0A0H5AX89 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337050902092 0.6754674835495298 8 99 A0A0H5AX89 BP 0007602 phototransduction 11.123114327237143 0.7889613594803057 9 98 A0A0H5AX89 MF 0060089 molecular transducer activity 6.470747735244568 0.6740548880576385 9 99 A0A0H5AX89 BP 0009583 detection of light stimulus 10.67557353647155 0.779119164760838 10 99 A0A0H5AX89 MF 0140299 small molecule sensor activity 6.340087324988374 0.6703067760261329 10 99 A0A0H5AX89 BP 0071214 cellular response to abiotic stimulus 10.607617602435695 0.7776067838558207 11 98 A0A0H5AX89 MF 0004672 protein kinase activity 5.300220535128102 0.638982457737356 11 99 A0A0H5AX89 BP 0104004 cellular response to environmental stimulus 10.607617602435695 0.7776067838558207 12 98 A0A0H5AX89 MF 0005515 protein binding 4.983862211612711 0.6288526898884526 12 98 A0A0H5AX89 BP 0009582 detection of abiotic stimulus 10.521446762702489 0.7756820410121039 13 99 A0A0H5AX89 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621689302147665 0.6215611652482442 13 99 A0A0H5AX89 BP 0009581 detection of external stimulus 10.520475995359067 0.7756603127963067 14 99 A0A0H5AX89 MF 0016301 kinase activity 4.321892463081381 0.6065586286241347 14 99 A0A0H5AX89 BP 0009416 response to light stimulus 9.687502264168936 0.7566314082198362 15 99 A0A0H5AX89 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069590146751 0.5824865971782072 15 99 A0A0H5AX89 BP 0009314 response to radiation 9.539298223324101 0.7531611532945423 16 99 A0A0H5AX89 MF 0140096 catalytic activity, acting on a protein 3.5021668794290552 0.5764284019120525 16 99 A0A0H5AX89 BP 0051606 detection of stimulus 8.520068536040997 0.7285265514902219 17 99 A0A0H5AX89 MF 0016740 transferase activity 2.301286099215565 0.5249682611753352 17 99 A0A0H5AX89 BP 0009628 response to abiotic stimulus 7.977926460617956 0.7148206440625329 18 99 A0A0H5AX89 MF 0005488 binding 0.8783887403994511 0.4407849181555078 18 98 A0A0H5AX89 BP 0009605 response to external stimulus 5.552299455849615 0.6468393744070619 19 99 A0A0H5AX89 MF 0003824 catalytic activity 0.726741210132039 0.4284817191788116 19 99 A0A0H5AX89 BP 0000160 phosphorelay signal transduction system 5.175297537540191 0.635019549823896 20 99 A0A0H5AX89 BP 0035556 intracellular signal transduction 4.829730266426097 0.623800918827057 21 99 A0A0H5AX89 BP 0036211 protein modification process 4.1652135945364 0.6010365735479756 22 98 A0A0H5AX89 BP 0007165 signal transduction 4.053965963607234 0.5970524013401803 23 99 A0A0H5AX89 BP 0023052 signaling 4.027217828333484 0.5960863321493786 24 99 A0A0H5AX89 BP 0007154 cell communication 3.9074720084607 0.5917215822081282 25 99 A0A0H5AX89 BP 0043412 macromolecule modification 3.635909578940179 0.5815682486114632 26 98 A0A0H5AX89 BP 0006355 regulation of DNA-templated transcription 3.5211849006025187 0.5771651943034173 27 99 A0A0H5AX89 BP 1903506 regulation of nucleic acid-templated transcription 3.5211653960864346 0.5771644396839818 28 99 A0A0H5AX89 BP 2001141 regulation of RNA biosynthetic process 3.5193246449717925 0.577093212586008 29 99 A0A0H5AX89 BP 0051252 regulation of RNA metabolic process 3.4937110116817847 0.5761001639788148 30 99 A0A0H5AX89 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396328254 0.574949134030885 31 99 A0A0H5AX89 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711000775464 0.5738951258655678 32 99 A0A0H5AX89 BP 0031326 regulation of cellular biosynthetic process 3.432423657020848 0.5737091545987177 33 99 A0A0H5AX89 BP 0009889 regulation of biosynthetic process 3.4302859186480594 0.5736253711242094 34 99 A0A0H5AX89 BP 0051716 cellular response to stimulus 3.399633582953737 0.5724211437573749 35 99 A0A0H5AX89 BP 0031323 regulation of cellular metabolic process 3.343953809290903 0.5702197015655006 36 99 A0A0H5AX89 BP 0051171 regulation of nitrogen compound metabolic process 3.327758566534143 0.5695759463760007 37 99 A0A0H5AX89 BP 0080090 regulation of primary metabolic process 3.3217443363195414 0.5693364840916655 38 99 A0A0H5AX89 BP 0010468 regulation of gene expression 3.297382579855342 0.5683642729426825 39 99 A0A0H5AX89 BP 0060255 regulation of macromolecule metabolic process 3.2048166214889817 0.5646370635817776 40 99 A0A0H5AX89 BP 0019222 regulation of metabolic process 3.169329291903245 0.5631938998010741 41 99 A0A0H5AX89 BP 0050896 response to stimulus 3.0382079605284584 0.5577902209887611 42 99 A0A0H5AX89 BP 0050794 regulation of cellular process 2.6362247103531167 0.5404533266305338 43 99 A0A0H5AX89 BP 0050789 regulation of biological process 2.4605602545855905 0.5324632329192712 44 99 A0A0H5AX89 BP 0065007 biological regulation 2.3629852996049188 0.5279015089352724 45 99 A0A0H5AX89 BP 0019538 protein metabolic process 2.342416323635955 0.5269279393952745 46 98 A0A0H5AX89 BP 1901564 organonitrogen compound metabolic process 1.6052959332799774 0.48866879728143875 47 98 A0A0H5AX89 BP 0043170 macromolecule metabolic process 1.5094867943238859 0.4830944238596102 48 98 A0A0H5AX89 BP 0006807 nitrogen compound metabolic process 1.0816914240934323 0.4557143819701249 49 98 A0A0H5AX89 BP 0044238 primary metabolic process 0.9690092183731528 0.44763236201549994 50 98 A0A0H5AX89 BP 0071704 organic substance metabolic process 0.8305185290528876 0.43702481010287975 51 98 A0A0H5AX89 BP 0008152 metabolic process 0.6036488228317273 0.4175129082938394 52 98 A0A0H5AX89 BP 0009987 cellular process 0.34820570713250076 0.39038100636490447 53 99 A0A0H5AX89 BP 0017012 protein-phytochromobilin linkage 0.250513532704802 0.377374526696475 54 1 A0A0H5AX89 BP 0017007 protein-bilin linkage 0.1522472569282275 0.36135540581187375 55 1 A0A0H5AXA3 BP 0009585 red, far-red light phototransduction 14.956748431178413 0.8505721302407426 1 92 A0A0H5AXA3 MF 0009881 photoreceptor activity 10.826754457171145 0.7824665719686943 1 97 A0A0H5AXA3 CC 0005634 nucleus 0.15515799985947118 0.3618944255793974 1 4 A0A0H5AXA3 BP 0010017 red or far-red light signaling pathway 14.783494633447082 0.8495407836350032 2 92 A0A0H5AXA3 MF 0042803 protein homodimerization activity 9.142336251663675 0.7437310249712147 2 92 A0A0H5AXA3 CC 0043231 intracellular membrane-bounded organelle 0.10769882498249274 0.3523510087517452 2 4 A0A0H5AXA3 BP 0071489 cellular response to red or far red light 14.779169676201589 0.8495149608946329 3 92 A0A0H5AXA3 MF 0042802 identical protein binding 8.473313509628671 0.7273620489895464 3 92 A0A0H5AXA3 CC 0043227 membrane-bounded organelle 0.10677674994584958 0.3521465856535362 3 4 A0A0H5AXA3 BP 0009639 response to red or far red light 12.712739149694581 0.8224095595047254 4 92 A0A0H5AXA3 MF 0000155 phosphorelay sensor kinase activity 6.651975869537587 0.679191486333796 4 97 A0A0H5AXA3 CC 0043229 intracellular organelle 0.07275467188763197 0.34386490339058456 4 4 A0A0H5AXA3 BP 0009584 detection of visible light 12.156135452704078 0.8109492370313047 5 97 A0A0H5AXA3 MF 0004673 protein histidine kinase activity 6.581689476878618 0.6772077482531216 5 97 A0A0H5AXA3 CC 0043226 organelle 0.07141035597659481 0.34350138388600066 5 4 A0A0H5AXA3 BP 0017006 protein-tetrapyrrole linkage 11.430208014666647 0.7956007361794617 6 92 A0A0H5AXA3 MF 0038023 signaling receptor activity 6.567132496589905 0.6767955752369341 6 97 A0A0H5AXA3 CC 0005622 intracellular anatomical structure 0.048531297205224935 0.3366872987329291 6 4 A0A0H5AXA3 BP 0071482 cellular response to light stimulus 11.25699893114386 0.7918670747754442 7 92 A0A0H5AXA3 MF 0046983 protein dimerization activity 6.531472126670444 0.6757839367386818 7 92 A0A0H5AXA3 CC 0110165 cellular anatomical entity 0.0011472903859922315 0.3096181672500526 7 4 A0A0H5AXA3 BP 0071478 cellular response to radiation 11.036618905348172 0.7870748312735769 8 92 A0A0H5AXA3 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520333600118188 0.6754673854381421 8 97 A0A0H5AXA3 BP 0009583 detection of light stimulus 10.675567886595319 0.7791190392214509 9 97 A0A0H5AXA3 MF 0060089 molecular transducer activity 6.470744310705017 0.6740547903200476 9 97 A0A0H5AXA3 BP 0007602 phototransduction 10.67174373639001 0.7790340595656821 10 92 A0A0H5AXA3 MF 0140299 small molecule sensor activity 6.34008396959875 0.6703066792803561 10 97 A0A0H5AXA3 BP 0009582 detection of abiotic stimulus 10.521441194395384 0.7756819163822383 11 97 A0A0H5AXA3 MF 0004672 protein kinase activity 5.3002177300713145 0.6389823692805272 11 97 A0A0H5AXA3 BP 0009581 detection of external stimulus 10.520470427565726 0.7756601881721907 12 97 A0A0H5AXA3 MF 0005515 protein binding 4.781619497479332 0.6222075985392108 12 92 A0A0H5AXA3 BP 0071214 cellular response to abiotic stimulus 10.177165618950498 0.7679122513826229 13 92 A0A0H5AXA3 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762166409913169 0.621561081401386 13 97 A0A0H5AXA3 BP 0104004 cellular response to environmental stimulus 10.177165618950498 0.7679122513826229 14 92 A0A0H5AXA3 MF 0016301 kinase activity 4.321890175789049 0.606558548747203 14 97 A0A0H5AXA3 BP 0009416 response to light stimulus 9.687497137213594 0.7566312886310924 15 97 A0A0H5AXA3 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600676531135696 0.582486523671145 15 97 A0A0H5AXA3 BP 0009314 response to radiation 9.539293174803374 0.753161034624087 16 97 A0A0H5AXA3 MF 0140096 catalytic activity, acting on a protein 3.5021650259633526 0.5764283300080917 16 97 A0A0H5AXA3 BP 0051606 detection of stimulus 8.520064026931248 0.7285264393385016 17 97 A0A0H5AXA3 MF 0016740 transferase activity 2.3012848812967728 0.5249682028886038 17 97 A0A0H5AXA3 BP 0009628 response to abiotic stimulus 7.9779222384282145 0.7148205355376289 18 97 A0A0H5AXA3 MF 0005488 binding 0.8427441508462618 0.4379951936194917 18 92 A0A0H5AXA3 BP 0009605 response to external stimulus 5.5522965173840975 0.6468392838711592 19 97 A0A0H5AXA3 MF 0003824 catalytic activity 0.7267408255158987 0.4284816864240616 19 97 A0A0H5AXA3 BP 0000160 phosphorelay signal transduction system 5.175294798596897 0.6350194624157202 20 97 A0A0H5AXA3 BP 0035556 intracellular signal transduction 4.829727710368744 0.6238008343875219 21 97 A0A0H5AXA3 BP 0007165 signal transduction 4.053963818110708 0.5970523239787582 22 97 A0A0H5AXA3 BP 0023052 signaling 4.027215696992981 0.5960862550435948 23 97 A0A0H5AXA3 BP 0036211 protein modification process 3.996191244692642 0.5949617092547772 24 92 A0A0H5AXA3 BP 0007154 cell communication 3.907469940493752 0.5917215062573316 25 97 A0A0H5AXA3 BP 0006355 regulation of DNA-templated transcription 3.521183037071833 0.5771651222044887 26 97 A0A0H5AXA3 BP 1903506 regulation of nucleic acid-templated transcription 3.521163532566072 0.5771643675852529 27 97 A0A0H5AXA3 BP 2001141 regulation of RNA biosynthetic process 3.5193227824256175 0.5770931405061269 28 97 A0A0H5AXA3 BP 0051252 regulation of RNA metabolic process 3.4937091626912147 0.5761000921617113 29 97 A0A0H5AXA3 BP 0043412 macromolecule modification 3.488366129629916 0.5758924826495615 30 92 A0A0H5AXA3 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464137799485008 0.5749490625183636 31 97 A0A0H5AXA3 BP 0010556 regulation of macromolecule biosynthetic process 3.437169281009819 0.573895054631955 32 97 A0A0H5AXA3 BP 0031326 regulation of cellular biosynthetic process 3.4324218404656284 0.5737090834143161 33 97 A0A0H5AXA3 BP 0009889 regulation of biosynthetic process 3.4302841032242037 0.5736252999619784 34 97 A0A0H5AXA3 BP 0051716 cellular response to stimulus 3.399631783752139 0.5724210729138028 35 97 A0A0H5AXA3 BP 0031323 regulation of cellular metabolic process 3.343952039556933 0.5702196313044676 36 97 A0A0H5AXA3 BP 0051171 regulation of nitrogen compound metabolic process 3.327756805371245 0.5695758762853163 37 97 A0A0H5AXA3 BP 0080090 regulation of primary metabolic process 3.3217425783395784 0.5693364140643469 38 97 A0A0H5AXA3 BP 0010468 regulation of gene expression 3.297380834768449 0.5683642031726275 39 97 A0A0H5AXA3 BP 0060255 regulation of macromolecule metabolic process 3.2048149253911387 0.5646369947980057 40 97 A0A0H5AXA3 BP 0019222 regulation of metabolic process 3.1693276145865026 0.563193831399188 41 97 A0A0H5AXA3 BP 0050896 response to stimulus 3.0382063526055787 0.5577901540167802 42 97 A0A0H5AXA3 BP 0050794 regulation of cellular process 2.636223315173431 0.5404532642461903 43 97 A0A0H5AXA3 BP 0050789 regulation of biological process 2.4605589523735034 0.5324631726492426 44 97 A0A0H5AXA3 BP 0065007 biological regulation 2.362984049032813 0.5279014498723535 45 97 A0A0H5AXA3 BP 0019538 protein metabolic process 2.2473622039978496 0.5223722932331417 46 92 A0A0H5AXA3 BP 1901564 organonitrogen compound metabolic process 1.5401538019872336 0.4848974589539179 47 92 A0A0H5AXA3 BP 0043170 macromolecule metabolic process 1.4482325514755927 0.4794373595201152 48 92 A0A0H5AXA3 BP 0006807 nitrogen compound metabolic process 1.0377969101251845 0.45261860521261577 49 92 A0A0H5AXA3 BP 0044238 primary metabolic process 0.9296872937245505 0.44470226569983234 50 92 A0A0H5AXA3 BP 0071704 organic substance metabolic process 0.7968164894855926 0.4343121673319459 51 92 A0A0H5AXA3 BP 0008152 metabolic process 0.5791530460366856 0.41520025717487397 52 92 A0A0H5AXA3 BP 0009987 cellular process 0.3482055228502099 0.39038098369225166 53 97 A0A0H5AXA3 BP 0017012 protein-phytochromobilin linkage 0.2506562575371941 0.37739522614248455 54 1 A0A0H5AXA3 BP 0017007 protein-bilin linkage 0.1523339966104819 0.36137154262854204 55 1 A0A0H5AXB8 BP 0009585 red, far-red light phototransduction 14.789885198802315 0.8495789324539817 1 91 A0A0H5AXB8 MF 0009881 photoreceptor activity 10.82675381328839 0.7824665577619594 1 97 A0A0H5AXB8 CC 0005634 nucleus 0.15464378248635752 0.36179957138115115 1 4 A0A0H5AXB8 BP 0010017 red or far-red light signaling pathway 14.618564287008322 0.8485533550336912 2 91 A0A0H5AXB8 MF 0042803 protein homodimerization activity 9.04034083565188 0.7412751567046412 2 91 A0A0H5AXB8 CC 0043231 intracellular membrane-bounded organelle 0.10734189458302842 0.3522719818503473 2 4 A0A0H5AXB8 BP 0071489 cellular response to red or far red light 14.61428758064765 0.8485276767415375 3 91 A0A0H5AXB8 MF 0042802 identical protein binding 8.378781968387706 0.7249977461167223 3 91 A0A0H5AXB8 CC 0043227 membrane-bounded organelle 0.10642287544426733 0.3520678977779942 3 4 A0A0H5AXB8 BP 0009639 response to red or far red light 12.57091094708537 0.8195135762913006 4 91 A0A0H5AXB8 MF 0000155 phosphorelay sensor kinase activity 6.651975473934958 0.6791914751980206 4 97 A0A0H5AXB8 CC 0043229 intracellular organelle 0.07251355176302551 0.3437999502859267 4 4 A0A0H5AXB8 BP 0009584 detection of visible light 12.156134729761112 0.8109492219776171 5 97 A0A0H5AXB8 MF 0004673 protein histidine kinase activity 6.581689085456022 0.677207737176334 5 97 A0A0H5AXB8 CC 0043226 organelle 0.07117369112079198 0.3434370336609207 5 4 A0A0H5AXB8 BP 0017006 protein-tetrapyrrole linkage 11.302688222190723 0.792854717170669 6 91 A0A0H5AXB8 MF 0038023 signaling receptor activity 6.567132106033035 0.6767955641724028 6 97 A0A0H5AXB8 CC 0005622 intracellular anatomical structure 0.04837045705399025 0.3366342493396598 6 4 A0A0H5AXB8 BP 0071482 cellular response to light stimulus 11.131411525756382 0.7891419412622971 7 91 A0A0H5AXB8 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520333212344514 0.6754673744131054 7 97 A0A0H5AXB8 CC 0110165 cellular anatomical entity 0.001143488089951951 0.30961001070670735 7 4 A0A0H5AXB8 BP 0071478 cellular response to radiation 10.913490144205772 0.7843765047924445 8 91 A0A0H5AXB8 MF 0060089 molecular transducer activity 6.470743925880489 0.6740547793370155 8 97 A0A0H5AXB8 BP 0009583 detection of light stimulus 10.675567251703852 0.7791190251142573 9 97 A0A0H5AXB8 MF 0046983 protein dimerization activity 6.458604514017502 0.6737081534508574 9 91 A0A0H5AXB8 BP 0007602 phototransduction 10.552685662829626 0.7763807118558734 10 91 A0A0H5AXB8 MF 0140299 small molecule sensor activity 6.340083592544783 0.670306668408777 10 97 A0A0H5AXB8 BP 0009582 detection of abiotic stimulus 10.521440568670053 0.7756819023772501 11 97 A0A0H5AXB8 MF 0004672 protein kinase activity 5.300217414859697 0.6389823593403989 11 97 A0A0H5AXB8 BP 0009581 detection of external stimulus 10.520469801898129 0.7756601741678486 12 97 A0A0H5AXB8 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762166126700242 0.6215610719792923 12 97 A0A0H5AXB8 BP 0071214 cellular response to abiotic stimulus 10.063625248901555 0.7653211172619006 13 91 A0A0H5AXB8 MF 0005515 protein binding 4.728273913108952 0.620431512587883 13 91 A0A0H5AXB8 BP 0104004 cellular response to environmental stimulus 10.063625248901555 0.7653211172619006 14 91 A0A0H5AXB8 MF 0016301 kinase activity 4.321889918759987 0.6065585397712205 14 97 A0A0H5AXB8 BP 0009416 response to light stimulus 9.687496561084124 0.7566312751925883 15 97 A0A0H5AXB8 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600674354440503 0.5824865154109615 15 97 A0A0H5AXB8 BP 0009314 response to radiation 9.539292607487807 0.7531610212887736 16 97 A0A0H5AXB8 MF 0140096 catalytic activity, acting on a protein 3.5021648176845313 0.5764283219280532 16 97 A0A0H5AXB8 BP 0051606 detection of stimulus 8.520063520230712 0.7285264267357157 17 97 A0A0H5AXB8 MF 0016740 transferase activity 2.301284744436031 0.5249681963387693 17 97 A0A0H5AXB8 BP 0009628 response to abiotic stimulus 7.977921763969635 0.714820523342398 18 97 A0A0H5AXB8 MF 0005488 binding 0.8333421732892201 0.4372495619500252 18 91 A0A0H5AXB8 BP 0009605 response to external stimulus 5.552296187180991 0.6468392736973999 19 97 A0A0H5AXB8 MF 0003824 catalytic activity 0.7267407822955703 0.42848168274332354 19 97 A0A0H5AXB8 BP 0000160 phosphorelay signal transduction system 5.175294490814627 0.6350194525934318 20 97 A0A0H5AXB8 BP 0035556 intracellular signal transduction 4.829727423137849 0.6238008248988276 21 97 A0A0H5AXB8 BP 0007165 signal transduction 4.053963577015614 0.5970523152854502 22 97 A0A0H5AXB8 BP 0023052 signaling 4.027215457488635 0.5960862463790135 23 97 A0A0H5AXB8 BP 0036211 protein modification process 3.951608199697886 0.5933380323840892 24 91 A0A0H5AXB8 BP 0007154 cell communication 3.907469708110861 0.5917214977225392 25 97 A0A0H5AXB8 BP 0006355 regulation of DNA-templated transcription 3.521182827661983 0.5771651141025411 26 97 A0A0H5AXB8 BP 1903506 regulation of nucleic acid-templated transcription 3.5211633231573822 0.5771643594833277 27 97 A0A0H5AXB8 BP 2001141 regulation of RNA biosynthetic process 3.5193225731264 0.5770931324063198 28 97 A0A0H5AXB8 BP 0051252 regulation of RNA metabolic process 3.493708954915276 0.5761000840914332 29 97 A0A0H5AXB8 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641375934677217 0.5749490544823121 30 97 A0A0H5AXB8 BP 0043412 macromolecule modification 3.4494485767420198 0.5743754759361612 31 91 A0A0H5AXB8 BP 0010556 regulation of macromolecule biosynthetic process 3.4371690765963887 0.5738950466272452 32 97 A0A0H5AXB8 BP 0031326 regulation of cellular biosynthetic process 3.4324216363345355 0.5737090754151363 33 97 A0A0H5AXB8 BP 0009889 regulation of biosynthetic process 3.430283899220245 0.5736252919652899 34 97 A0A0H5AXB8 BP 0051716 cellular response to stimulus 3.3996315815711178 0.5724210649529229 35 97 A0A0H5AXB8 BP 0031323 regulation of cellular metabolic process 3.3439518406872675 0.5702196234090492 36 97 A0A0H5AXB8 BP 0051171 regulation of nitrogen compound metabolic process 3.3277566074647327 0.5695758684090404 37 97 A0A0H5AXB8 BP 0080090 regulation of primary metabolic process 3.3217423807907416 0.5693364061951915 38 97 A0A0H5AXB8 BP 0010468 regulation of gene expression 3.2973806386684394 0.5683641953323816 39 97 A0A0H5AXB8 BP 0060255 regulation of macromolecule metabolic process 3.2048147347961584 0.564636987068591 40 97 A0A0H5AXB8 BP 0019222 regulation of metabolic process 3.1693274261020035 0.5631938237126868 41 97 A0A0H5AXB8 BP 0050896 response to stimulus 3.0382061719190516 0.5577901464909614 42 97 A0A0H5AXB8 BP 0050794 regulation of cellular process 2.6362231583934164 0.5404532572358964 43 97 A0A0H5AXB8 BP 0050789 regulation of biological process 2.4605588060405026 0.5324631658765397 44 97 A0A0H5AXB8 BP 0065007 biological regulation 2.3629839085027324 0.5279014432352969 45 97 A0A0H5AXB8 BP 0019538 protein metabolic process 2.222289767739095 0.5211546697690629 46 91 A0A0H5AXB8 BP 1901564 organonitrogen compound metabolic process 1.5229712543941887 0.48388946362786756 47 91 A0A0H5AXB8 BP 0043170 macromolecule metabolic process 1.4320755126724427 0.47845990710372066 48 91 A0A0H5AXB8 BP 0006807 nitrogen compound metabolic process 1.0262188490399002 0.45179117255315554 49 91 A0A0H5AXB8 BP 0044238 primary metabolic process 0.9193153450591252 0.44391911575820087 50 91 A0A0H5AXB8 BP 0071704 organic substance metabolic process 0.7879268985656185 0.4335871379135051 51 91 A0A0H5AXB8 BP 0008152 metabolic process 0.572691792125328 0.4145821366785793 52 91 A0A0H5AXB8 BP 0009987 cellular process 0.34820550214192364 0.39038098114446557 53 97 A0A0H5AXB8 BP 0017012 protein-phytochromobilin linkage 0.24787207926168303 0.3769903656233473 54 1 A0A0H5AXB8 BP 0017007 protein-bilin linkage 0.1506419382986253 0.36105592258873465 55 1 A0A0H5AXC9 BP 0009585 red, far-red light phototransduction 15.589354063388067 0.8542880877050679 1 98 A0A0H5AXC9 MF 0009881 photoreceptor activity 10.82676021749998 0.7824666990655176 1 99 A0A0H5AXC9 CC 0005634 nucleus 0.19338723019856272 0.3685528833316516 1 5 A0A0H5AXC9 BP 0010017 red or far-red light signaling pathway 15.408772380939622 0.8532351562266901 2 98 A0A0H5AXC9 MF 0042803 protein homodimerization activity 9.529017449851164 0.7529194284676983 2 98 A0A0H5AXC9 CC 0043231 intracellular membrane-bounded organelle 0.13423463487456577 0.35789844148512123 2 5 A0A0H5AXC9 BP 0071489 cellular response to red or far red light 15.40426449674813 0.8532087930467053 3 98 A0A0H5AXC9 MF 0042802 identical protein binding 8.831697945546265 0.7362078690520832 3 98 A0A0H5AXC9 CC 0043227 membrane-bounded organelle 0.1330853706565869 0.3576702198689759 3 5 A0A0H5AXC9 BP 0009639 response to red or far red light 13.250432915416049 0.8332446122826656 4 98 A0A0H5AXC9 MF 0046983 protein dimerization activity 6.807725088533396 0.6835502875154684 4 98 A0A0H5AXC9 CC 0043229 intracellular organelle 0.09068062551139885 0.34842440113805845 4 5 A0A0H5AXC9 BP 0009584 detection of visible light 12.15614192032444 0.8109493717051677 5 99 A0A0H5AXC9 MF 0000155 phosphorelay sensor kinase activity 6.651979408693165 0.6791915859570872 5 99 A0A0H5AXC9 CC 0043226 organelle 0.08900508489613702 0.3480185614381255 5 5 A0A0H5AXC9 BP 0017006 protein-tetrapyrrole linkage 11.913656272199205 0.8058747117852483 6 98 A0A0H5AXC9 MF 0004673 protein histidine kinase activity 6.5816929786386185 0.6772078473486929 6 99 A0A0H5AXC9 CC 0005622 intracellular anatomical structure 0.06048887684142698 0.3404111944634015 6 5 A0A0H5AXC9 BP 0071482 cellular response to light stimulus 11.733121195176523 0.802062909235052 7 98 A0A0H5AXC9 MF 0038023 signaling receptor activity 6.5671359906049265 0.676795674222858 7 99 A0A0H5AXC9 CC 0110165 cellular anatomical entity 0.001429970160619688 0.3101907301969002 7 5 A0A0H5AXC9 BP 0071478 cellular response to radiation 11.503420049473903 0.7971703697075188 8 98 A0A0H5AXC9 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203370692340545 0.6754674840707372 8 99 A0A0H5AXC9 BP 0007602 phototransduction 11.123112242332482 0.7889613140955876 9 98 A0A0H5AXC9 MF 0060089 molecular transducer activity 6.470747753437111 0.6740548885768601 9 99 A0A0H5AXC9 BP 0009583 detection of light stimulus 10.675573566485982 0.7791191654277541 10 99 A0A0H5AXC9 MF 0140299 small molecule sensor activity 6.340087342813564 0.6703067765400856 10 99 A0A0H5AXC9 BP 0071214 cellular response to abiotic stimulus 10.60761561415519 0.7776067395352475 11 98 A0A0H5AXC9 MF 0004672 protein kinase activity 5.300220550029701 0.6389824582072745 11 99 A0A0H5AXC9 BP 0104004 cellular response to environmental stimulus 10.60761561415519 0.7776067395352475 12 98 A0A0H5AXC9 MF 0005515 protein binding 4.983861277442905 0.6288526595090342 12 98 A0A0H5AXC9 BP 0009582 detection of abiotic stimulus 10.521446792283594 0.7756820416741882 13 99 A0A0H5AXC9 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168943603631 0.6215611656936727 13 99 A0A0H5AXC9 BP 0009581 detection of external stimulus 10.520476024937444 0.7756603134583604 14 99 A0A0H5AXC9 MF 0016301 kinase activity 4.3218924752324055 0.6065586290484734 14 99 A0A0H5AXC9 BP 0009416 response to light stimulus 9.687502291405403 0.75663140885514 15 99 A0A0H5AXC9 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696004370574 0.5824865975687066 15 99 A0A0H5AXC9 BP 0009314 response to radiation 9.539298250143892 0.7531611539249679 16 99 A0A0H5AXC9 MF 0140096 catalytic activity, acting on a protein 3.5021668892754168 0.5764284022940355 16 99 A0A0H5AXC9 BP 0051606 detection of stimulus 8.520068559995217 0.7285265520860174 17 99 A0A0H5AXC9 MF 0016740 transferase activity 2.3012861056856435 0.524968261484978 17 99 A0A0H5AXC9 BP 0009628 response to abiotic stimulus 7.97792648304794 0.7148206446390611 18 99 A0A0H5AXC9 MF 0005488 binding 0.8783885757552046 0.44078490540170134 18 98 A0A0H5AXC9 BP 0009605 response to external stimulus 5.552299471459936 0.6468393748880252 19 99 A0A0H5AXC9 MF 0003824 catalytic activity 0.7267412121752758 0.42848171935281815 19 99 A0A0H5AXC9 BP 0000160 phosphorelay signal transduction system 5.1752975520905675 0.6350195502882436 20 99 A0A0H5AXC9 BP 0035556 intracellular signal transduction 4.82973028000491 0.6238009192756341 21 99 A0A0H5AXC9 BP 0036211 protein modification process 4.165212813813217 0.6010365457754689 22 98 A0A0H5AXC9 BP 0007165 signal transduction 4.0539659750049815 0.5970524017511556 23 99 A0A0H5AXC9 BP 0023052 signaling 4.027217839656029 0.5960863325589958 24 99 A0A0H5AXC9 BP 0007154 cell communication 3.907472019446579 0.5917215826116096 25 99 A0A0H5AXC9 BP 0043412 macromolecule modification 3.6359088974291742 0.5815682226635177 26 98 A0A0H5AXC9 BP 0006355 regulation of DNA-templated transcription 3.521184910502349 0.577165194686436 27 99 A0A0H5AXC9 BP 1903506 regulation of nucleic acid-templated transcription 3.521165405986211 0.5771644400669995 28 99 A0A0H5AXC9 BP 2001141 regulation of RNA biosynthetic process 3.5193246548663932 0.5770932129689255 29 99 A0A0H5AXC9 BP 0051252 regulation of RNA metabolic process 3.493711021504372 0.5761001643603363 30 99 A0A0H5AXC9 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396425648474 0.5749491344107884 31 99 A0A0H5AXC9 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711097411723 0.5738951262439896 32 99 A0A0H5AXC9 BP 0031326 regulation of cellular biosynthetic process 3.432423666671126 0.5737091549768781 33 99 A0A0H5AXC9 BP 0009889 regulation of biosynthetic process 3.430285928292327 0.5736253715022521 34 99 A0A0H5AXC9 BP 0051716 cellular response to stimulus 3.399633592511826 0.5724211441337246 35 99 A0A0H5AXC9 BP 0031323 regulation of cellular metabolic process 3.343953818692448 0.5702197019387556 36 99 A0A0H5AXC9 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585758901544 0.5695759467483508 37 99 A0A0H5AXC9 BP 0080090 regulation of primary metabolic process 3.3217443456586437 0.569336484463679 38 99 A0A0H5AXC9 BP 0010468 regulation of gene expression 3.2973825891259514 0.5683642733133293 39 99 A0A0H5AXC9 BP 0060255 regulation of macromolecule metabolic process 3.2048166304993417 0.5646370639471848 40 99 A0A0H5AXC9 BP 0019222 regulation of metabolic process 3.169329300813832 0.5631939001644528 41 99 A0A0H5AXC9 BP 0050896 response to stimulus 3.0382079690703963 0.5577902213445434 42 99 A0A0H5AXC9 BP 0050794 regulation of cellular process 2.6362247177648768 0.5404533269619447 43 99 A0A0H5AXC9 BP 0050789 regulation of biological process 2.460560261503469 0.53246323323945 44 99 A0A0H5AXC9 BP 0065007 biological regulation 2.362985306248465 0.5279015092490386 45 99 A0A0H5AXC9 BP 0019538 protein metabolic process 2.3424158845759435 0.5269279185681899 46 98 A0A0H5AXC9 BP 1901564 organonitrogen compound metabolic process 1.6052956323850238 0.4886687800399806 47 98 A0A0H5AXC9 BP 0043170 macromolecule metabolic process 1.5094865113872946 0.4830944071405794 48 98 A0A0H5AXC9 BP 0006807 nitrogen compound metabolic process 1.0816912213423482 0.45571436781713714 49 98 A0A0H5AXC9 BP 0044238 primary metabolic process 0.9690090367431008 0.4476323486199547 50 98 A0A0H5AXC9 BP 0071704 organic substance metabolic process 0.8305183733813823 0.43702479770146874 51 98 A0A0H5AXC9 BP 0008152 metabolic process 0.6036487096844373 0.4175128977210735 52 98 A0A0H5AXC9 BP 0009987 cellular process 0.348205708111483 0.3903810064853508 53 99 A0A0H5AXC9 BP 0017012 protein-phytochromobilin linkage 0.25050418954577863 0.37737317144834975 54 1 A0A0H5AXC9 BP 0017007 protein-bilin linkage 0.15224157871069974 0.36135434929130184 55 1 A0A0H5AXE6 BP 0009584 detection of visible light 12.154880505948867 0.8109231048679428 1 5 A0A0H5AXE6 MF 0009881 photoreceptor activity 10.825636749950101 0.782441910056746 1 5 A0A0H5AXE6 BP 0009583 detection of light stimulus 10.674465787220775 0.7790945501063509 2 5 A0A0H5AXE6 MF 0000155 phosphorelay sensor kinase activity 6.651289148369854 0.6791721553956283 2 5 A0A0H5AXE6 BP 0009582 detection of abiotic stimulus 10.520355006392759 0.7756576046885524 3 5 A0A0H5AXE6 MF 0004673 protein histidine kinase activity 6.581010011773533 0.677188519713859 3 5 A0A0H5AXE6 BP 0009581 detection of external stimulus 10.519384339780862 0.7756358776000969 4 5 A0A0H5AXE6 MF 0038023 signaling receptor activity 6.566454534284395 0.6767763679736988 4 5 A0A0H5AXE6 BP 0009416 response to light stimulus 9.6864970419822 0.7566079603149212 5 5 A0A0H5AXE6 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.519660469127984 0.6754482467349563 5 5 A0A0H5AXE6 BP 0009314 response to radiation 9.538308379506935 0.7531378854395332 6 5 A0A0H5AXE6 MF 0060089 molecular transducer activity 6.470076299098195 0.6740357245338436 6 5 A0A0H5AXE6 BP 0051606 detection of stimulus 8.519184452436017 0.7285045617712091 7 5 A0A0H5AXE6 MF 0140299 small molecule sensor activity 6.339429446799431 0.6702878069685179 7 5 A0A0H5AXE6 BP 0009628 response to abiotic stimulus 7.977098632302289 0.7147993654576589 8 5 A0A0H5AXE6 MF 0004672 protein kinase activity 5.299670558557133 0.638965113903444 8 5 A0A0H5AXE6 BP 0009605 response to external stimulus 5.551723322348097 0.6468216229266981 9 5 A0A0H5AXE6 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.761674784486064 0.6215447252966523 9 5 A0A0H5AXE6 BP 0000160 phosphorelay signal transduction system 5.174760523584907 0.6350024116005839 10 5 A0A0H5AXE6 MF 0016301 kinase activity 4.321444002572768 0.6065429670606917 10 5 A0A0H5AXE6 BP 0035556 intracellular signal transduction 4.829229110205703 0.6237843626686073 11 5 A0A0H5AXE6 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6596898035870495 0.5824721845624898 11 5 A0A0H5AXE6 BP 0007165 signal transduction 4.053545304450749 0.5970372329956404 12 5 A0A0H5AXE6 MF 0140096 catalytic activity, acting on a protein 3.5018034776199145 0.5764143036183406 12 5 A0A0H5AXE6 BP 0023052 signaling 4.0267999446931535 0.5960712139281497 13 5 A0A0H5AXE6 MF 0016740 transferase activity 2.3010473066164123 0.5249568328276926 13 5 A0A0H5AXE6 BP 0007154 cell communication 3.907066550227004 0.5917066904465782 14 5 A0A0H5AXE6 MF 0003824 catalytic activity 0.7266657999418248 0.42847529691665254 14 5 A0A0H5AXE6 BP 0006355 regulation of DNA-templated transcription 3.5208195253913273 0.5771510577821388 15 5 A0A0H5AXE6 BP 1903506 regulation of nucleic acid-templated transcription 3.5208000228991265 0.5771503032018559 16 5 A0A0H5AXE6 BP 2001141 regulation of RNA biosynthetic process 3.518959462789742 0.5770790797994123 17 5 A0A0H5AXE6 BP 0051252 regulation of RNA metabolic process 3.493348487294464 0.576086082715324 18 5 A0A0H5AXE6 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4637801769076706 0.5749351124871664 19 5 A0A0H5AXE6 BP 0010556 regulation of macromolecule biosynthetic process 3.436814442545482 0.5738811590077658 20 5 A0A0H5AXE6 BP 0031326 regulation of cellular biosynthetic process 3.4320674921064844 0.573695197389806 21 5 A0A0H5AXE6 BP 0009889 regulation of biosynthetic process 3.42992997555579 0.5736114182623002 22 5 A0A0H5AXE6 BP 0051716 cellular response to stimulus 3.39928082049638 0.5724072533753204 23 5 A0A0H5AXE6 BP 0031323 regulation of cellular metabolic process 3.343606824436721 0.5702059254025649 24 5 A0A0H5AXE6 BP 0051171 regulation of nitrogen compound metabolic process 3.3274132621768415 0.5695622036135108 25 5 A0A0H5AXE6 BP 0080090 regulation of primary metabolic process 3.321399656027916 0.5693227537533816 26 5 A0A0H5AXE6 BP 0010468 regulation of gene expression 3.29704042745764 0.5683505930463775 27 5 A0A0H5AXE6 BP 0060255 regulation of macromolecule metabolic process 3.2044840741837537 0.5646235770671431 28 5 A0A0H5AXE6 BP 0019222 regulation of metabolic process 3.169000426935329 0.5631804881632163 29 5 A0A0H5AXE6 BP 0050896 response to stimulus 3.0378927013453825 0.5577770897141279 30 5 A0A0H5AXE6 BP 0050794 regulation of cellular process 2.635951162900346 0.5404410948593277 31 5 A0A0H5AXE6 BP 0050789 regulation of biological process 2.4603049349281325 0.5324514157042437 32 5 A0A0H5AXE6 BP 0065007 biological regulation 2.3627401047976995 0.5278899283996796 33 5 A0A0H5AXE6 BP 0009987 cellular process 0.34816957562070205 0.39037656091133843 34 5 A0A0H5AXE9 BP 0009585 red, far-red light phototransduction 14.970332577817612 0.8506527409027165 1 93 A0A0H5AXE9 MF 0009881 photoreceptor activity 10.826755433559493 0.7824665935118864 1 98 A0A0H5AXE9 CC 0005634 nucleus 0.15507997147334096 0.3618800423379636 1 4 A0A0H5AXE9 BP 0010017 red or far-red light signaling pathway 14.796921426032691 0.8496209260540305 2 93 A0A0H5AXE9 MF 0042803 protein homodimerization activity 9.1506395828883 0.7439303499891798 2 93 A0A0H5AXE9 CC 0043231 intracellular membrane-bounded organelle 0.1076446636404471 0.35233902548665424 2 4 A0A0H5AXE9 BP 0071489 cellular response to red or far red light 14.792592540737347 0.8495950915898459 3 93 A0A0H5AXE9 MF 0042802 identical protein binding 8.48100921526712 0.727553942308506 3 93 A0A0H5AXE9 CC 0043227 membrane-bounded organelle 0.10672305231194057 0.3521346537967206 3 4 A0A0H5AXE9 BP 0009639 response to red or far red light 12.724285222933025 0.8226446054613425 4 93 A0A0H5AXE9 MF 0000155 phosphorelay sensor kinase activity 6.651976469432205 0.6791915032201639 4 98 A0A0H5AXE9 CC 0043229 intracellular organelle 0.07271808383135406 0.3438550542093839 4 4 A0A0H5AXE9 BP 0009584 detection of visible light 12.156136548979886 0.8109492598588217 5 98 A0A0H5AXE9 MF 0004673 protein histidine kinase activity 6.581690070434604 0.6772077650500397 5 98 A0A0H5AXE9 CC 0043226 organelle 0.07137444397183265 0.3434916261226042 5 4 A0A0H5AXE9 BP 0017006 protein-tetrapyrrole linkage 11.440589256452066 0.795823610629085 6 93 A0A0H5AXE9 MF 0038023 signaling receptor activity 6.567133088833101 0.6767955920152667 6 98 A0A0H5AXE9 CC 0005622 intracellular anatomical structure 0.048506890994773906 0.3366792545741526 6 4 A0A0H5AXE9 BP 0071482 cellular response to light stimulus 11.267222859486411 0.7920882541008415 7 93 A0A0H5AXE9 MF 0046983 protein dimerization activity 6.537404196434589 0.675952413015186 7 93 A0A0H5AXE9 CC 0110165 cellular anatomical entity 0.0011467134178866694 0.3096169304304456 7 4 A0A0H5AXE9 BP 0071478 cellular response to radiation 11.046642678249151 0.7872938348665822 8 93 A0A0H5AXE9 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520334188140922 0.6754674021565846 8 98 A0A0H5AXE9 BP 0007602 phototransduction 10.681436119228307 0.7792494125579918 9 93 A0A0H5AXE9 MF 0060089 molecular transducer activity 6.470744894255643 0.6740548069747943 9 98 A0A0H5AXE9 BP 0009583 detection of light stimulus 10.675568849349222 0.779119060613698 10 98 A0A0H5AXE9 MF 0140299 small molecule sensor activity 6.340084541366045 0.670306695766095 10 98 A0A0H5AXE9 BP 0009582 detection of abiotic stimulus 10.521442143249692 0.7756819376195004 11 98 A0A0H5AXE9 MF 0004672 protein kinase activity 5.300218208060434 0.6389823843538072 11 98 A0A0H5AXE9 BP 0009581 detection of external stimulus 10.520471376332486 0.7756602094084731 12 98 A0A0H5AXE9 MF 0005515 protein binding 4.785962301045593 0.6223517505562284 12 93 A0A0H5AXE9 BP 0071214 cellular response to abiotic stimulus 10.186408811799222 0.7681225549490611 13 93 A0A0H5AXE9 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621668393792485 0.6215610956891147 13 98 A0A0H5AXE9 BP 0104004 cellular response to environmental stimulus 10.186408811799222 0.7681225549490611 14 93 A0A0H5AXE9 MF 0016301 kinase activity 4.321890565549732 0.6065585623584457 14 98 A0A0H5AXE9 BP 0009416 response to light stimulus 9.68749801086039 0.756631309009334 15 98 A0A0H5AXE9 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660067983189163 0.5824865361969447 15 98 A0A0H5AXE9 BP 0009314 response to radiation 9.539294035084703 0.7531610548458497 16 98 A0A0H5AXE9 MF 0140096 catalytic activity, acting on a protein 3.5021653417988263 0.5764283422607188 16 98 A0A0H5AXE9 BP 0051606 detection of stimulus 8.520064795295514 0.7285264584494545 17 98 A0A0H5AXE9 MF 0016740 transferase activity 2.3012850888333665 0.5249682128208186 17 98 A0A0H5AXE9 BP 0009628 response to abiotic stimulus 7.97792295790055 0.7148205540305625 18 98 A0A0H5AXE9 MF 0005488 binding 0.843509555183782 0.4380557111350012 18 93 A0A0H5AXE9 BP 0009605 response to external stimulus 5.552297018106419 0.6468392992987189 19 98 A0A0H5AXE9 MF 0003824 catalytic activity 0.7267408910555095 0.4284816920055585 19 98 A0A0H5AXE9 BP 0000160 phosphorelay signal transduction system 5.175295265320102 0.6350194773103068 20 98 A0A0H5AXE9 BP 0035556 intracellular signal transduction 4.8297281459277 0.6238008487762443 21 98 A0A0H5AXE9 BP 0007165 signal transduction 4.0539641837090095 0.5970523371613512 22 98 A0A0H5AXE9 BP 0023052 signaling 4.027216060179057 0.5960862681826264 23 98 A0A0H5AXE9 BP 0036211 protein modification process 3.9998206998590486 0.5950934913319448 24 93 A0A0H5AXE9 BP 0007154 cell communication 3.907470292880807 0.5917215191995502 25 98 A0A0H5AXE9 BP 0006355 regulation of DNA-templated transcription 3.5211833546224067 0.5771651344903388 26 98 A0A0H5AXE9 BP 1903506 regulation of nucleic acid-templated transcription 3.521163850114887 0.577164379871069 27 98 A0A0H5AXE9 BP 2001141 regulation of RNA biosynthetic process 3.519323099808428 0.5770931527887313 28 98 A0A0H5AXE9 BP 0051252 regulation of RNA metabolic process 3.493709477764114 0.5761001043995376 29 98 A0A0H5AXE9 BP 0043412 macromolecule modification 3.4915343635046883 0.5760156070836027 30 93 A0A0H5AXE9 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641381118910757 0.5749490747042884 31 98 A0A0H5AXE9 BP 0010556 regulation of macromolecule biosynthetic process 3.437169590983787 0.5738950667703531 32 98 A0A0H5AXE9 BP 0031326 regulation of cellular biosynthetic process 3.432422150011458 0.5737090955443284 33 98 A0A0H5AXE9 BP 0009889 regulation of biosynthetic process 3.4302844125772456 0.5736253120882127 34 98 A0A0H5AXE9 BP 0051716 cellular response to stimulus 3.3996320903408654 0.5724210849857367 35 98 A0A0H5AXE9 BP 0031323 regulation of cellular metabolic process 3.343952341124298 0.5702196432771354 36 98 A0A0H5AXE9 BP 0051171 regulation of nitrogen compound metabolic process 3.327757105478076 0.5695758882289562 37 98 A0A0H5AXE9 BP 0080090 regulation of primary metabolic process 3.321742877904029 0.5693364259971891 38 98 A0A0H5AXE9 BP 0010468 regulation of gene expression 3.297381132135886 0.5683642150616313 39 98 A0A0H5AXE9 BP 0060255 regulation of macromolecule metabolic process 3.204815214410712 0.5646370065189441 40 98 A0A0H5AXE9 BP 0019222 regulation of metabolic process 3.169327900405726 0.5631938430550523 41 98 A0A0H5AXE9 BP 0050896 response to stimulus 3.0382066265999046 0.5577901654289847 42 98 A0A0H5AXE9 BP 0050794 regulation of cellular process 2.6362235529157516 0.5404532748766492 43 98 A0A0H5AXE9 BP 0050789 regulation of biological process 2.4605591742738984 0.5324631829194165 44 98 A0A0H5AXE9 BP 0065007 biological regulation 2.3629842621336183 0.5279014599368328 45 98 A0A0H5AXE9 BP 0019538 protein metabolic process 2.2494033226187162 0.5224711188998745 46 93 A0A0H5AXE9 BP 1901564 organonitrogen compound metabolic process 1.5415526137135511 0.48497927062484847 47 93 A0A0H5AXE9 BP 0043170 macromolecule metabolic process 1.4495478776935486 0.4795166922445571 48 93 A0A0H5AXE9 BP 0006807 nitrogen compound metabolic process 1.0387394669565517 0.4526857619212864 49 93 A0A0H5AXE9 BP 0044238 primary metabolic process 0.9305316623107218 0.4447658283014221 50 93 A0A0H5AXE9 BP 0071704 organic substance metabolic process 0.7975401810076844 0.43437101271214107 51 93 A0A0H5AXE9 BP 0008152 metabolic process 0.5796790493949757 0.41525042553313063 52 93 A0A0H5AXE9 BP 0009987 cellular process 0.3482055542524013 0.39038098755573225 53 98 A0A0H5AXE9 BP 0017012 protein-phytochromobilin linkage 0.2486748674553486 0.37710733510878447 54 1 A0A0H5AXE9 BP 0017007 protein-bilin linkage 0.15112982531638564 0.36114710933553973 55 1 A0A0H5AXF0 BP 0009585 red, far-red light phototransduction 15.589354063388067 0.8542880877050679 1 98 A0A0H5AXF0 MF 0009881 photoreceptor activity 10.82676021749998 0.7824666990655176 1 99 A0A0H5AXF0 CC 0005634 nucleus 0.19338723019856272 0.3685528833316516 1 5 A0A0H5AXF0 BP 0010017 red or far-red light signaling pathway 15.408772380939622 0.8532351562266901 2 98 A0A0H5AXF0 MF 0042803 protein homodimerization activity 9.529017449851164 0.7529194284676983 2 98 A0A0H5AXF0 CC 0043231 intracellular membrane-bounded organelle 0.13423463487456577 0.35789844148512123 2 5 A0A0H5AXF0 BP 0071489 cellular response to red or far red light 15.40426449674813 0.8532087930467053 3 98 A0A0H5AXF0 MF 0042802 identical protein binding 8.831697945546265 0.7362078690520832 3 98 A0A0H5AXF0 CC 0043227 membrane-bounded organelle 0.1330853706565869 0.3576702198689759 3 5 A0A0H5AXF0 BP 0009639 response to red or far red light 13.250432915416049 0.8332446122826656 4 98 A0A0H5AXF0 MF 0046983 protein dimerization activity 6.807725088533396 0.6835502875154684 4 98 A0A0H5AXF0 CC 0043229 intracellular organelle 0.09068062551139885 0.34842440113805845 4 5 A0A0H5AXF0 BP 0009584 detection of visible light 12.15614192032444 0.8109493717051677 5 99 A0A0H5AXF0 MF 0000155 phosphorelay sensor kinase activity 6.651979408693165 0.6791915859570872 5 99 A0A0H5AXF0 CC 0043226 organelle 0.08900508489613702 0.3480185614381255 5 5 A0A0H5AXF0 BP 0017006 protein-tetrapyrrole linkage 11.913656272199205 0.8058747117852483 6 98 A0A0H5AXF0 MF 0004673 protein histidine kinase activity 6.5816929786386185 0.6772078473486929 6 99 A0A0H5AXF0 CC 0005622 intracellular anatomical structure 0.06048887684142698 0.3404111944634015 6 5 A0A0H5AXF0 BP 0071482 cellular response to light stimulus 11.733121195176523 0.802062909235052 7 98 A0A0H5AXF0 MF 0038023 signaling receptor activity 6.5671359906049265 0.676795674222858 7 99 A0A0H5AXF0 CC 0110165 cellular anatomical entity 0.001429970160619688 0.3101907301969002 7 5 A0A0H5AXF0 BP 0071478 cellular response to radiation 11.503420049473903 0.7971703697075188 8 98 A0A0H5AXF0 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203370692340545 0.6754674840707372 8 99 A0A0H5AXF0 BP 0007602 phototransduction 11.123112242332482 0.7889613140955876 9 98 A0A0H5AXF0 MF 0060089 molecular transducer activity 6.470747753437111 0.6740548885768601 9 99 A0A0H5AXF0 BP 0009583 detection of light stimulus 10.675573566485982 0.7791191654277541 10 99 A0A0H5AXF0 MF 0140299 small molecule sensor activity 6.340087342813564 0.6703067765400856 10 99 A0A0H5AXF0 BP 0071214 cellular response to abiotic stimulus 10.60761561415519 0.7776067395352475 11 98 A0A0H5AXF0 MF 0004672 protein kinase activity 5.300220550029701 0.6389824582072745 11 99 A0A0H5AXF0 BP 0104004 cellular response to environmental stimulus 10.60761561415519 0.7776067395352475 12 98 A0A0H5AXF0 MF 0005515 protein binding 4.983861277442905 0.6288526595090342 12 98 A0A0H5AXF0 BP 0009582 detection of abiotic stimulus 10.521446792283594 0.7756820416741882 13 99 A0A0H5AXF0 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168943603631 0.6215611656936727 13 99 A0A0H5AXF0 BP 0009581 detection of external stimulus 10.520476024937444 0.7756603134583604 14 99 A0A0H5AXF0 MF 0016301 kinase activity 4.3218924752324055 0.6065586290484734 14 99 A0A0H5AXF0 BP 0009416 response to light stimulus 9.687502291405403 0.75663140885514 15 99 A0A0H5AXF0 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696004370574 0.5824865975687066 15 99 A0A0H5AXF0 BP 0009314 response to radiation 9.539298250143892 0.7531611539249679 16 99 A0A0H5AXF0 MF 0140096 catalytic activity, acting on a protein 3.5021668892754168 0.5764284022940355 16 99 A0A0H5AXF0 BP 0051606 detection of stimulus 8.520068559995217 0.7285265520860174 17 99 A0A0H5AXF0 MF 0016740 transferase activity 2.3012861056856435 0.524968261484978 17 99 A0A0H5AXF0 BP 0009628 response to abiotic stimulus 7.97792648304794 0.7148206446390611 18 99 A0A0H5AXF0 MF 0005488 binding 0.8783885757552046 0.44078490540170134 18 98 A0A0H5AXF0 BP 0009605 response to external stimulus 5.552299471459936 0.6468393748880252 19 99 A0A0H5AXF0 MF 0003824 catalytic activity 0.7267412121752758 0.42848171935281815 19 99 A0A0H5AXF0 BP 0000160 phosphorelay signal transduction system 5.1752975520905675 0.6350195502882436 20 99 A0A0H5AXF0 BP 0035556 intracellular signal transduction 4.82973028000491 0.6238009192756341 21 99 A0A0H5AXF0 BP 0036211 protein modification process 4.165212813813217 0.6010365457754689 22 98 A0A0H5AXF0 BP 0007165 signal transduction 4.0539659750049815 0.5970524017511556 23 99 A0A0H5AXF0 BP 0023052 signaling 4.027217839656029 0.5960863325589958 24 99 A0A0H5AXF0 BP 0007154 cell communication 3.907472019446579 0.5917215826116096 25 99 A0A0H5AXF0 BP 0043412 macromolecule modification 3.6359088974291742 0.5815682226635177 26 98 A0A0H5AXF0 BP 0006355 regulation of DNA-templated transcription 3.521184910502349 0.577165194686436 27 99 A0A0H5AXF0 BP 1903506 regulation of nucleic acid-templated transcription 3.521165405986211 0.5771644400669995 28 99 A0A0H5AXF0 BP 2001141 regulation of RNA biosynthetic process 3.5193246548663932 0.5770932129689255 29 99 A0A0H5AXF0 BP 0051252 regulation of RNA metabolic process 3.493711021504372 0.5761001643603363 30 99 A0A0H5AXF0 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396425648474 0.5749491344107884 31 99 A0A0H5AXF0 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711097411723 0.5738951262439896 32 99 A0A0H5AXF0 BP 0031326 regulation of cellular biosynthetic process 3.432423666671126 0.5737091549768781 33 99 A0A0H5AXF0 BP 0009889 regulation of biosynthetic process 3.430285928292327 0.5736253715022521 34 99 A0A0H5AXF0 BP 0051716 cellular response to stimulus 3.399633592511826 0.5724211441337246 35 99 A0A0H5AXF0 BP 0031323 regulation of cellular metabolic process 3.343953818692448 0.5702197019387556 36 99 A0A0H5AXF0 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585758901544 0.5695759467483508 37 99 A0A0H5AXF0 BP 0080090 regulation of primary metabolic process 3.3217443456586437 0.569336484463679 38 99 A0A0H5AXF0 BP 0010468 regulation of gene expression 3.2973825891259514 0.5683642733133293 39 99 A0A0H5AXF0 BP 0060255 regulation of macromolecule metabolic process 3.2048166304993417 0.5646370639471848 40 99 A0A0H5AXF0 BP 0019222 regulation of metabolic process 3.169329300813832 0.5631939001644528 41 99 A0A0H5AXF0 BP 0050896 response to stimulus 3.0382079690703963 0.5577902213445434 42 99 A0A0H5AXF0 BP 0050794 regulation of cellular process 2.6362247177648768 0.5404533269619447 43 99 A0A0H5AXF0 BP 0050789 regulation of biological process 2.460560261503469 0.53246323323945 44 99 A0A0H5AXF0 BP 0065007 biological regulation 2.362985306248465 0.5279015092490386 45 99 A0A0H5AXF0 BP 0019538 protein metabolic process 2.3424158845759435 0.5269279185681899 46 98 A0A0H5AXF0 BP 1901564 organonitrogen compound metabolic process 1.6052956323850238 0.4886687800399806 47 98 A0A0H5AXF0 BP 0043170 macromolecule metabolic process 1.5094865113872946 0.4830944071405794 48 98 A0A0H5AXF0 BP 0006807 nitrogen compound metabolic process 1.0816912213423482 0.45571436781713714 49 98 A0A0H5AXF0 BP 0044238 primary metabolic process 0.9690090367431008 0.4476323486199547 50 98 A0A0H5AXF0 BP 0071704 organic substance metabolic process 0.8305183733813823 0.43702479770146874 51 98 A0A0H5AXF0 BP 0008152 metabolic process 0.6036487096844373 0.4175128977210735 52 98 A0A0H5AXF0 BP 0009987 cellular process 0.348205708111483 0.3903810064853508 53 99 A0A0H5AXF0 BP 0017012 protein-phytochromobilin linkage 0.25050418954577863 0.37737317144834975 54 1 A0A0H5AXF0 BP 0017007 protein-bilin linkage 0.15224157871069974 0.36135434929130184 55 1 A0A0H5AXF4 BP 0009585 red, far-red light phototransduction 15.429038035115477 0.8533536269878185 1 97 A0A0H5AXF4 MF 0009881 photoreceptor activity 10.826757270104562 0.7824666340337145 1 99 A0A0H5AXF4 CC 0005634 nucleus 0.19078726056272088 0.3681221999455575 1 5 A0A0H5AXF4 BP 0010017 red or far-red light signaling pathway 15.25031339805783 0.8523061235090239 2 97 A0A0H5AXF4 MF 0042803 protein homodimerization activity 9.431024022754139 0.7506087986491032 2 97 A0A0H5AXF4 CC 0043231 intracellular membrane-bounded organelle 0.1324299346655921 0.35753962158978875 2 5 A0A0H5AXF4 BP 0071489 cellular response to red or far red light 15.245851871533663 0.8522798962346823 3 97 A0A0H5AXF4 MF 0042802 identical protein binding 8.740875533547916 0.7339833895095547 3 97 A0A0H5AXF4 CC 0043227 membrane-bounded organelle 0.13129612158193704 0.35731293931303254 3 5 A0A0H5AXF4 BP 0009639 response to red or far red light 13.114169618729449 0.8305198956282063 4 97 A0A0H5AXF4 MF 0046983 protein dimerization activity 6.737716578666492 0.681597264697807 4 97 A0A0H5AXF4 CC 0043229 intracellular organelle 0.08946148155527155 0.348129483005086 4 5 A0A0H5AXF4 BP 0009584 detection of visible light 12.156138611028187 0.8109493027964105 5 99 A0A0H5AXF4 MF 0000155 phosphorelay sensor kinase activity 6.651977597808537 0.6791915349827033 5 99 A0A0H5AXF4 CC 0043226 organelle 0.08780846752937566 0.34772638066652284 5 5 A0A0H5AXF4 BP 0017006 protein-tetrapyrrole linkage 11.791139967290244 0.8032910905501409 6 97 A0A0H5AXF4 MF 0004673 protein histidine kinase activity 6.581691186888238 0.6772077966443283 6 99 A0A0H5AXF4 CC 0005622 intracellular anatomical structure 0.0596756419503103 0.3401703248683188 6 5 A0A0H5AXF4 BP 0071482 cellular response to light stimulus 11.612461456382777 0.7994989383409956 7 97 A0A0H5AXF4 MF 0038023 signaling receptor activity 6.567134202817431 0.6767956235745968 7 99 A0A0H5AXF4 CC 0110165 cellular anatomical entity 0.0014107451115099115 0.3101536955925105 7 5 A0A0H5AXF4 BP 0071478 cellular response to radiation 11.385122485226898 0.7946316204950831 8 97 A0A0H5AXF4 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520335294186743 0.6754674336032642 8 99 A0A0H5AXF4 BP 0007602 phototransduction 11.008725644307304 0.7864648836392671 9 97 A0A0H5AXF4 MF 0060089 molecular transducer activity 6.47074599188962 0.6740548383016642 9 99 A0A0H5AXF4 BP 0009583 detection of light stimulus 10.675570660248475 0.7791191008516046 10 99 A0A0H5AXF4 MF 0140299 small molecule sensor activity 6.340085616836077 0.6703067267750686 10 99 A0A0H5AXF4 BP 0009582 detection of abiotic stimulus 10.521443928004395 0.7756819775658872 11 99 A0A0H5AXF4 MF 0004672 protein kinase activity 5.3002191071376945 0.6389824127060058 11 99 A0A0H5AXF4 BP 0009581 detection of external stimulus 10.520473160922519 0.7756602493530169 12 99 A0A0H5AXF4 MF 0005515 protein binding 4.932608811034585 0.6271816101228016 12 97 A0A0H5AXF4 BP 0071214 cellular response to abiotic stimulus 10.49853022179134 0.7751688433969202 13 97 A0A0H5AXF4 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167647186729 0.6215611225637245 13 99 A0A0H5AXF4 BP 0104004 cellular response to environmental stimulus 10.49853022179134 0.7751688433969202 14 97 A0A0H5AXF4 MF 0016301 kinase activity 4.3218912986730444 0.606558587960614 14 99 A0A0H5AXF4 BP 0009416 response to light stimulus 9.687499654152953 0.7566313473399393 15 99 A0A0H5AXF4 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660068604047356 0.5824865597574413 15 99 A0A0H5AXF4 BP 0009314 response to radiation 9.539295653237392 0.7531610928821251 16 99 A0A0H5AXF4 MF 0140096 catalytic activity, acting on a protein 3.502165935871957 0.5764283653073892 16 99 A0A0H5AXF4 BP 0051606 detection of stimulus 8.520066240556108 0.7285264943963439 17 99 A0A0H5AXF4 MF 0016740 transferase activity 2.301285479200897 0.5249682315028922 17 99 A0A0H5AXF4 BP 0009628 response to abiotic stimulus 7.977924311197497 0.7148205888149841 18 99 A0A0H5AXF4 MF 0005488 binding 0.869355503110084 0.4400833699029908 18 97 A0A0H5AXF4 BP 0009605 response to external stimulus 5.552297959943868 0.6468393283173026 19 99 A0A0H5AXF4 MF 0003824 catalytic activity 0.7267410143327379 0.4284817025041169 19 99 A0A0H5AXF4 BP 0000160 phosphorelay signal transduction system 5.175296143206655 0.635019505326391 20 99 A0A0H5AXF4 BP 0035556 intracellular signal transduction 4.829728965195621 0.6238008758408191 21 99 A0A0H5AXF4 BP 0036211 protein modification process 4.122379071471777 0.5995088920962228 22 97 A0A0H5AXF4 BP 0007165 signal transduction 4.053964871383907 0.5970523619572481 23 99 A0A0H5AXF4 BP 0023052 signaling 4.027216743316664 0.596086292896586 24 99 A0A0H5AXF4 BP 0007154 cell communication 3.9074709557059117 0.5917215435433132 25 99 A0A0H5AXF4 BP 0043412 macromolecule modification 3.598518350570934 0.5801409307380097 26 97 A0A0H5AXF4 BP 0006355 regulation of DNA-templated transcription 3.521183951921567 0.5771651575995003 27 99 A0A0H5AXF4 BP 1903506 regulation of nucleic acid-templated transcription 3.5211644474107384 0.5771644029801664 28 99 A0A0H5AXF4 BP 2001141 regulation of RNA biosynthetic process 3.519323696792033 0.5770931758917875 29 99 A0A0H5AXF4 BP 0051252 regulation of RNA metabolic process 3.4937100704028743 0.5761001274183684 30 99 A0A0H5AXF4 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464138699513638 0.5749490976254944 31 99 A0A0H5AXF4 BP 0010556 regulation of macromolecule biosynthetic process 3.4371701740316722 0.5738950896021633 32 99 A0A0H5AXF4 BP 0031326 regulation of cellular biosynthetic process 3.432422732254034 0.5737091183603655 33 99 A0A0H5AXF4 BP 0009889 regulation of biosynthetic process 3.430284994457197 0.5736253348971436 34 99 A0A0H5AXF4 BP 0051716 cellular response to stimulus 3.3996326670212555 0.5724211076925311 35 99 A0A0H5AXF4 BP 0031323 regulation of cellular metabolic process 3.3439529083597197 0.5702196657972143 36 99 A0A0H5AXF4 BP 0051171 regulation of nitrogen compound metabolic process 3.327757669966296 0.5695759106944349 37 99 A0A0H5AXF4 BP 0080090 regulation of primary metabolic process 3.321743441372054 0.5693364484423578 38 99 A0A0H5AXF4 BP 0010468 regulation of gene expression 3.2973816914714225 0.5683642374243418 39 99 A0A0H5AXF4 BP 0060255 regulation of macromolecule metabolic process 3.20481575804427 0.564637028565531 40 99 A0A0H5AXF4 BP 0019222 regulation of metabolic process 3.169328438019563 0.563193864979237 41 99 A0A0H5AXF4 BP 0050896 response to stimulus 3.0382071419716086 0.5577901868948559 42 99 A0A0H5AXF4 BP 0050794 regulation of cellular process 2.6362240000989727 0.5404532948720902 43 99 A0A0H5AXF4 BP 0050789 regulation of biological process 2.4605595916591296 0.5324632022371768 44 99 A0A0H5AXF4 BP 0065007 biological regulation 2.362984662967194 0.52790147886769 45 99 A0A0H5AXF4 BP 0019538 protein metabolic process 2.3183272142146887 0.525782304561846 46 97 A0A0H5AXF4 BP 1901564 organonitrogen compound metabolic process 1.5887872755319514 0.4877203969002667 47 97 A0A0H5AXF4 BP 0043170 macromolecule metabolic process 1.493963425488246 0.4821747606227593 48 97 A0A0H5AXF4 BP 0006807 nitrogen compound metabolic process 1.070567448046943 0.4549358689856441 49 97 A0A0H5AXF4 BP 0044238 primary metabolic process 0.9590440516963028 0.44689551365523184 50 97 A0A0H5AXF4 BP 0071704 organic substance metabolic process 0.8219775828850905 0.43634264605009154 51 97 A0A0H5AXF4 BP 0008152 metabolic process 0.5974409756619122 0.41693133246789477 52 97 A0A0H5AXF4 BP 0009987 cellular process 0.3482056133185913 0.390380994822775 53 99 A0A0H5AXF4 BP 0017012 protein-phytochromobilin linkage 0.2460403623667497 0.37672276585492037 54 1 A0A0H5AXF4 BP 0017007 protein-bilin linkage 0.1495287294842683 0.36084730790399494 55 1 A0A0H5AXF5 BP 0009585 red, far-red light phototransduction 15.433754488822242 0.853381187689014 1 97 A0A0H5AXF5 MF 0009881 photoreceptor activity 10.826759448024205 0.782466682087682 1 99 A0A0H5AXF5 CC 0005634 nucleus 0.19504714493201097 0.3688263343602875 1 5 A0A0H5AXF5 BP 0010017 red or far-red light signaling pathway 15.254975217997082 0.8523335241184447 2 97 A0A0H5AXF5 MF 0042803 protein homodimerization activity 9.433906962578998 0.7506769476647102 2 97 A0A0H5AXF5 CC 0043231 intracellular membrane-bounded organelle 0.13538682081744607 0.3581262646903847 2 5 A0A0H5AXF5 BP 0071489 cellular response to red or far red light 15.250512327643023 0.8523072928357434 3 97 A0A0H5AXF5 MF 0042802 identical protein binding 8.743547504069781 0.7340489976350282 3 97 A0A0H5AXF5 CC 0043227 membrane-bounded organelle 0.1342276920359896 0.3578970657113948 3 5 A0A0H5AXF5 BP 0009639 response to red or far red light 13.118178447651163 0.8306002575954563 4 97 A0A0H5AXF5 MF 0046983 protein dimerization activity 6.739776209880069 0.6816548665609052 4 97 A0A0H5AXF5 CC 0043229 intracellular organelle 0.09145897114554505 0.3486116516088882 4 5 A0A0H5AXF5 BP 0009584 detection of visible light 12.156141056367305 0.8109493537151768 5 99 A0A0H5AXF5 MF 0000155 phosphorelay sensor kinase activity 6.651978935925975 0.6791915726492184 5 99 A0A0H5AXF5 CC 0043226 organelle 0.0897690487401779 0.34820407389373004 5 5 A0A0H5AXF5 BP 0017006 protein-tetrapyrrole linkage 11.794744363473539 0.8033672910918533 6 97 A0A0H5AXF5 MF 0004673 protein histidine kinase activity 6.581692510866801 0.6772078341113179 6 99 A0A0H5AXF5 CC 0005622 intracellular anatomical structure 0.06100807543471428 0.34056412824415366 6 5 A0A0H5AXF5 BP 0071482 cellular response to light stimulus 11.616011232898718 0.7995745593215042 7 97 A0A0H5AXF5 MF 0038023 signaling receptor activity 6.567135523867698 0.67679566100013 7 99 A0A0H5AXF5 CC 0110165 cellular anatomical entity 0.0014422441279109454 0.31021424433975425 7 5 A0A0H5AXF5 BP 0071478 cellular response to radiation 11.388602767213708 0.7947064975949577 8 97 A0A0H5AXF5 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336605822902 0.6754674708952074 8 99 A0A0H5AXF5 BP 0007602 phototransduction 11.01209086673748 0.7865385126025741 9 97 A0A0H5AXF5 MF 0060089 molecular transducer activity 6.470747293550354 0.6740548754515281 9 99 A0A0H5AXF5 BP 0009583 detection of light stimulus 10.675572807755294 0.779119148568876 10 99 A0A0H5AXF5 MF 0140299 small molecule sensor activity 6.340086892213058 0.6703067635479458 10 99 A0A0H5AXF5 BP 0009582 detection of abiotic stimulus 10.52144604450695 0.7756820249374512 11 99 A0A0H5AXF5 MF 0004672 protein kinase activity 5.300220173334251 0.6389824463282704 11 99 A0A0H5AXF5 BP 0009581 detection of external stimulus 10.520475277229794 0.7756602967223956 12 99 A0A0H5AXF5 MF 0005515 protein binding 4.9341166445792215 0.6272308955469685 12 97 A0A0H5AXF5 BP 0071214 cellular response to abiotic stimulus 10.501739484200794 0.7752407459667916 13 97 A0A0H5AXF5 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168605148398 0.6215611544337486 13 99 A0A0H5AXF5 BP 0104004 cellular response to environmental stimulus 10.501739484200794 0.7752407459667916 14 97 A0A0H5AXF5 MF 0016301 kinase activity 4.321892168068351 0.6065586183216769 14 99 A0A0H5AXF5 BP 0009416 response to light stimulus 9.687501602898575 0.7566313927953829 15 99 A0A0H5AXF5 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600693403098505 0.5824865876973296 15 99 A0A0H5AXF5 BP 0009314 response to radiation 9.53929757217017 0.7531611379885292 16 99 A0A0H5AXF5 MF 0140096 catalytic activity, acting on a protein 3.502166640370617 0.5764283926379417 16 99 A0A0H5AXF5 BP 0051606 detection of stimulus 8.520067954459835 0.7285265370249896 17 99 A0A0H5AXF5 MF 0016740 transferase activity 2.3012859421294296 0.5249682536575628 17 99 A0A0H5AXF5 BP 0009628 response to abiotic stimulus 7.977925916043495 0.7148206300650842 18 99 A0A0H5AXF5 MF 0005488 binding 0.869621253636838 0.4401040607783814 18 97 A0A0H5AXF5 BP 0009605 response to external stimulus 5.5522990768488185 0.6468393627298191 19 99 A0A0H5AXF5 MF 0003824 catalytic activity 0.7267411605245745 0.4284817149541322 19 99 A0A0H5AXF5 BP 0000160 phosphorelay signal transduction system 5.175297184273601 0.6350195385500648 20 99 A0A0H5AXF5 BP 0035556 intracellular signal transduction 4.829729936747983 0.6238009079361185 21 99 A0A0H5AXF5 BP 0036211 protein modification process 4.123639228456813 0.5995539482508656 22 97 A0A0H5AXF5 BP 0007165 signal transduction 4.053965686882908 0.5970523913621707 23 99 A0A0H5AXF5 BP 0023052 signaling 4.027217553434989 0.596086322204341 24 99 A0A0H5AXF5 BP 0007154 cell communication 3.9074717417360727 0.5917215724120598 25 99 A0A0H5AXF5 BP 0043412 macromolecule modification 3.5996183702335194 0.5801830268535034 26 97 A0A0H5AXF5 BP 0006355 regulation of DNA-templated transcription 3.5211846602459076 0.5771651850041595 27 99 A0A0H5AXF5 BP 1903506 regulation of nucleic acid-templated transcription 3.521165155731155 0.5771644303847498 28 99 A0A0H5AXF5 BP 2001141 regulation of RNA biosynthetic process 3.5193244047421626 0.5770932032892069 29 99 A0A0H5AXF5 BP 0051252 regulation of RNA metabolic process 3.4937107732005455 0.5761001547159066 30 99 A0A0H5AXF5 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641393963627074 0.5749491248072616 31 99 A0A0H5AXF5 BP 0010556 regulation of macromolecule biosynthetic process 3.4371708654557303 0.5738951166779178 32 99 A0A0H5AXF5 BP 0031326 regulation of cellular biosynthetic process 3.4324234227230925 0.5737091454174149 33 99 A0A0H5AXF5 BP 0009889 regulation of biosynthetic process 3.4302856844962264 0.5736253619457661 34 99 A0A0H5AXF5 BP 0051716 cellular response to stimulus 3.399633350894237 0.5724211346200319 35 99 A0A0H5AXF5 BP 0031323 regulation of cellular metabolic process 3.3439535810321135 0.5702196925032931 36 99 A0A0H5AXF5 BP 0051171 regulation of nitrogen compound metabolic process 3.3277583393808423 0.5695759373357646 37 99 A0A0H5AXF5 BP 0080090 regulation of primary metabolic process 3.321744109576773 0.5693364750596023 38 99 A0A0H5AXF5 BP 0010468 regulation of gene expression 3.297382354775511 0.5683642639438009 39 99 A0A0H5AXF5 BP 0060255 regulation of macromolecule metabolic process 3.204816402727717 0.5646370547101058 40 99 A0A0H5AXF5 BP 0019222 regulation of metabolic process 3.1693290755643506 0.5631938909786578 41 99 A0A0H5AXF5 BP 0050896 response to stimulus 3.038207753139926 0.5577902123507726 42 99 A0A0H5AXF5 BP 0050794 regulation of cellular process 2.636224530404021 0.5404533185842549 43 99 A0A0H5AXF5 BP 0050789 regulation of biological process 2.460560086627377 0.5324632251456948 44 99 A0A0H5AXF5 BP 0065007 biological regulation 2.3629851383071863 0.527901501317388 45 99 A0A0H5AXF5 BP 0019538 protein metabolic process 2.319035896308679 0.5258160929541578 46 97 A0A0H5AXF5 BP 1901564 organonitrogen compound metabolic process 1.5892729468756792 0.4877483682251711 47 97 A0A0H5AXF5 BP 0043170 macromolecule metabolic process 1.4944201104299693 0.48220188439844647 48 97 A0A0H5AXF5 BP 0006807 nitrogen compound metabolic process 1.07089470641504 0.4549588297942472 49 97 A0A0H5AXF5 BP 0044238 primary metabolic process 0.9593372188310442 0.4469172456423751 50 97 A0A0H5AXF5 BP 0071704 organic substance metabolic process 0.8222288506056606 0.4363627652241634 51 97 A0A0H5AXF5 BP 0008152 metabolic process 0.5976236054990945 0.41694848497722203 52 97 A0A0H5AXF5 BP 0009987 cellular process 0.3482056833639268 0.3903810034406052 53 99 A0A0H5AXF5 BP 0017012 protein-phytochromobilin linkage 0.2514158986181709 0.377505298208323 54 1 A0A0H5AXF5 BP 0017007 protein-bilin linkage 0.1527956613739779 0.36145735230412035 55 1 A0A0H5AXF8 BP 0009584 detection of visible light 12.154470735927797 0.8109145718017166 1 4 A0A0H5AXF8 MF 0009881 photoreceptor activity 10.825271791907365 0.7824338570790799 1 4 A0A0H5AXF8 BP 0009583 detection of light stimulus 10.67410592551186 0.7790865535529055 2 4 A0A0H5AXF8 MF 0000155 phosphorelay sensor kinase activity 6.6510649175439625 0.6791658431675391 2 4 A0A0H5AXF8 BP 0009582 detection of abiotic stimulus 10.520000340125943 0.7756496660694101 3 4 A0A0H5AXF8 MF 0004673 protein histidine kinase activity 6.5807881502250085 0.6771822409225974 3 4 A0A0H5AXF8 BP 0009581 detection of external stimulus 10.519029706237536 0.7756279393471938 4 4 A0A0H5AXF8 MF 0038023 signaling receptor activity 6.566233163435744 0.676770096129805 4 4 A0A0H5AXF8 BP 0009416 response to light stimulus 9.686170487056792 0.7566003428029656 5 4 A0A0H5AXF8 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.519440675818909 0.675441997278319 5 4 A0A0H5AXF8 BP 0009314 response to radiation 9.537986820374886 0.753130326420322 6 4 A0A0H5AXF8 MF 0060089 molecular transducer activity 6.469858177389791 0.6740294988871537 6 4 A0A0H5AXF8 BP 0051606 detection of stimulus 8.518897250402986 0.7284974179795533 7 4 A0A0H5AXF8 MF 0140299 small molecule sensor activity 6.339215729508117 0.670281644497982 7 4 A0A0H5AXF8 BP 0009628 response to abiotic stimulus 7.976829705275566 0.7147924526853828 8 4 A0A0H5AXF8 MF 0004672 protein kinase activity 5.299491894018606 0.6389594794187146 8 4 A0A0H5AXF8 BP 0009605 response to external stimulus 5.551536160509553 0.6468158560100209 9 4 A0A0H5AXF8 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.761514257068636 0.6215393844558286 9 4 A0A0H5AXF8 BP 0000160 phosphorelay signal transduction system 5.174586070061671 0.6349968439124918 10 4 A0A0H5AXF8 MF 0016301 kinase activity 4.321298316385305 0.6065378790945299 10 4 A0A0H5AXF8 BP 0035556 intracellular signal transduction 4.829066305370784 0.6237789840757058 11 4 A0A0H5AXF8 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.659566426712452 0.5824675023415009 11 4 A0A0H5AXF8 BP 0007165 signal transduction 4.0534086497675546 0.5970323052613162 12 4 A0A0H5AXF8 MF 0140096 catalytic activity, acting on a protein 3.501685423470052 0.5764097235110222 12 4 A0A0H5AXF8 BP 0023052 signaling 4.026664191659846 0.5960663024773665 13 4 A0A0H5AXF8 MF 0016740 transferase activity 2.300969732821849 0.5249531201047385 13 4 A0A0H5AXF8 BP 0007154 cell communication 3.9069348336920844 0.5917018525656648 14 4 A0A0H5AXF8 MF 0003824 catalytic activity 0.7266413023040237 0.42847321051878645 14 4 A0A0H5AXF8 BP 0006355 regulation of DNA-templated transcription 3.520700830165126 0.5771464652558453 15 4 A0A0H5AXF8 BP 1903506 regulation of nucleic acid-templated transcription 3.5206813283304013 0.5771457106882818 16 4 A0A0H5AXF8 BP 2001141 regulation of RNA biosynthetic process 3.5188408302706886 0.5770744884864039 17 4 A0A0H5AXF8 BP 0051252 regulation of RNA metabolic process 3.493230718182497 0.576081508140607 18 4 A0A0H5AXF8 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.463663404613992 0.5749305573135892 19 4 A0A0H5AXF8 BP 0010556 regulation of macromolecule biosynthetic process 3.4366985793310443 0.5738766215999814 20 4 A0A0H5AXF8 BP 0031326 regulation of cellular biosynthetic process 3.43195178892307 0.573690663116653 21 4 A0A0H5AXF8 BP 0009889 regulation of biosynthetic process 3.4298143444331592 0.5736068854013561 22 4 A0A0H5AXF8 BP 0051716 cellular response to stimulus 3.399166222629889 0.572402740812183 23 4 A0A0H5AXF8 BP 0031323 regulation of cellular metabolic process 3.3434941034734647 0.5702014499457493 24 4 A0A0H5AXF8 BP 0051171 regulation of nitrogen compound metabolic process 3.327301087137204 0.5695577390074853 25 4 A0A0H5AXF8 BP 0080090 regulation of primary metabolic process 3.321287683721289 0.5693182931836029 26 4 A0A0H5AXF8 BP 0010468 regulation of gene expression 3.296929276358725 0.5683461488636654 27 4 A0A0H5AXF8 BP 0060255 regulation of macromolecule metabolic process 3.204376043380329 0.5646191957082609 28 4 A0A0H5AXF8 BP 0019222 regulation of metabolic process 3.16889359237031 0.5631761311295241 29 4 A0A0H5AXF8 BP 0050896 response to stimulus 3.037790286734591 0.5577728237619299 30 4 A0A0H5AXF8 BP 0050794 regulation of cellular process 2.6358622986977704 0.540437121128466 31 4 A0A0H5AXF8 BP 0050789 regulation of biological process 2.46022199217896 0.5324475766500902 32 4 A0A0H5AXF8 BP 0065007 biological regulation 2.362660451191722 0.5278861662354841 33 4 A0A0H5AXF8 BP 0009987 cellular process 0.3481578379936421 0.3903751167185285 34 4 A0A0H5AXG3 BP 0009585 red, far-red light phototransduction 15.588931390621672 0.8542856303356634 1 98 A0A0H5AXG3 MF 0009881 photoreceptor activity 10.826760225117722 0.7824666992335966 1 99 A0A0H5AXG3 CC 0005634 nucleus 0.19334155114432555 0.3685453416972442 1 5 A0A0H5AXG3 BP 0010017 red or far-red light signaling pathway 15.408354604268279 0.8532327131314009 2 98 A0A0H5AXG3 MF 0042803 protein homodimerization activity 9.528759090450885 0.7529133521598165 2 98 A0A0H5AXG3 CC 0043231 intracellular membrane-bounded organelle 0.1342029279663038 0.35789215824189413 2 5 A0A0H5AXG3 BP 0071489 cellular response to red or far red light 15.40384684229865 0.8532063503088098 3 98 A0A0H5AXG3 MF 0042802 identical protein binding 8.831458492507517 0.736202019295247 3 98 A0A0H5AXG3 CC 0043227 membrane-bounded organelle 0.13305393521041936 0.3576639635808979 3 5 A0A0H5AXG3 BP 0009639 response to red or far red light 13.250073657610145 0.83323744704263 4 98 A0A0H5AXG3 MF 0046983 protein dimerization activity 6.807540511290211 0.683545151613627 4 98 A0A0H5AXG3 CC 0043229 intracellular organelle 0.09065920628321744 0.3484192368693385 4 5 A0A0H5AXG3 BP 0009584 detection of visible light 12.156141928877538 0.810949371883267 5 99 A0A0H5AXG3 MF 0000155 phosphorelay sensor kinase activity 6.6519794133735175 0.6791915860888338 5 99 A0A0H5AXG3 CC 0043226 organelle 0.08898406143923047 0.34801344510294413 5 5 A0A0H5AXG3 BP 0017006 protein-tetrapyrrole linkage 11.913333258299208 0.8058679175865635 6 98 A0A0H5AXG3 MF 0004673 protein histidine kinase activity 6.581692983269517 0.6772078474797418 6 99 A0A0H5AXG3 CC 0005622 intracellular anatomical structure 0.060474589058913376 0.34040697663080194 6 5 A0A0H5AXG3 BP 0071482 cellular response to light stimulus 11.732803076107968 0.8020561667112487 7 98 A0A0H5AXG3 MF 0038023 signaling receptor activity 6.567135995225584 0.6767956743537619 7 99 A0A0H5AXG3 CC 0110165 cellular anatomical entity 0.0014296323943439237 0.3101900816893056 7 5 A0A0H5AXG3 BP 0071478 cellular response to radiation 11.503108158272024 0.7971636935096591 8 98 A0A0H5AXG3 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337073821783 0.6754674842011738 8 99 A0A0H5AXG3 BP 0007602 phototransduction 11.122810662382264 0.7889547491841786 9 98 A0A0H5AXG3 MF 0060089 molecular transducer activity 6.470747757989949 0.6740548887067997 9 99 A0A0H5AXG3 BP 0009583 detection of light stimulus 10.67557357399735 0.7791191655946554 10 99 A0A0H5AXG3 MF 0140299 small molecule sensor activity 6.340087347274468 0.6703067766687066 10 99 A0A0H5AXG3 BP 0071214 cellular response to abiotic stimulus 10.607328010819076 0.7776003285526656 11 98 A0A0H5AXG3 MF 0004672 protein kinase activity 5.300220553758952 0.6389824583248755 11 99 A0A0H5AXG3 BP 0104004 cellular response to environmental stimulus 10.607328010819076 0.7776003285526656 12 98 A0A0H5AXG3 MF 0005515 protein binding 4.983726150456572 0.6288482651181739 12 98 A0A0H5AXG3 BP 0009582 detection of abiotic stimulus 10.521446799686517 0.7756820418398804 13 99 A0A0H5AXG3 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168946954307 0.621561165805145 13 99 A0A0H5AXG3 BP 0009581 detection of external stimulus 10.520476032339682 0.775660313624045 14 99 A0A0H5AXG3 MF 0016301 kinase activity 4.321892478273303 0.6065586291546676 14 99 A0A0H5AXG3 BP 0009416 response to light stimulus 9.687502298221558 0.7566314090141302 15 99 A0A0H5AXG3 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069603012293 0.5824865976664322 15 99 A0A0H5AXG3 BP 0009314 response to radiation 9.539298256855771 0.7531611540827372 16 99 A0A0H5AXG3 MF 0140096 catalytic activity, acting on a protein 3.502166891739552 0.57642840238963 16 99 A0A0H5AXG3 BP 0051606 detection of stimulus 8.52006856598996 0.7285265522351201 17 99 A0A0H5AXG3 MF 0016740 transferase activity 2.3012861073048354 0.5249682615624688 17 99 A0A0H5AXG3 BP 0009628 response to abiotic stimulus 7.977926488661234 0.7148206447833423 18 99 A0A0H5AXG3 MF 0005488 binding 0.8783647600840886 0.4407830605602448 18 98 A0A0H5AXG3 BP 0009605 response to external stimulus 5.55229947536655 0.6468393750083904 19 99 A0A0H5AXG3 MF 0003824 catalytic activity 0.7267412126866132 0.42848171939636476 19 99 A0A0H5AXG3 BP 0000160 phosphorelay signal transduction system 5.175297555731923 0.6350195504044507 20 99 A0A0H5AXG3 BP 0035556 intracellular signal transduction 4.829730283403123 0.6238009193878942 21 99 A0A0H5AXG3 BP 0036211 protein modification process 4.165099882769667 0.6010325284750702 22 98 A0A0H5AXG3 BP 0007165 signal transduction 4.053965977857365 0.5970524018540055 23 99 A0A0H5AXG3 BP 0023052 signaling 4.027217842489591 0.5960863326615059 24 99 A0A0H5AXG3 BP 0007154 cell communication 3.9074720221958876 0.5917215827125841 25 99 A0A0H5AXG3 BP 0043412 macromolecule modification 3.6358103173555043 0.5815644692863619 26 98 A0A0H5AXG3 BP 0006355 regulation of DNA-templated transcription 3.5211849129798654 0.5771651947822896 27 99 A0A0H5AXG3 BP 1903506 regulation of nucleic acid-templated transcription 3.521165408463714 0.5771644401628528 28 99 A0A0H5AXG3 BP 2001141 regulation of RNA biosynthetic process 3.5193246573426005 0.5770932130647537 29 99 A0A0H5AXG3 BP 0051252 regulation of RNA metabolic process 3.493711023962558 0.5761001644558152 30 99 A0A0H5AXG3 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396450022266 0.5749491345058625 31 99 A0A0H5AXG3 BP 0010556 regulation of macromolecule biosynthetic process 3.437171112159576 0.5738951263386929 32 99 A0A0H5AXG3 BP 0031326 regulation of cellular biosynthetic process 3.43242366908619 0.5737091550715159 33 99 A0A0H5AXG3 BP 0009889 regulation of biosynthetic process 3.4302859307058866 0.5736253715968604 34 99 A0A0H5AXG3 BP 0051716 cellular response to stimulus 3.399633594903818 0.5724211442279092 35 99 A0A0H5AXG3 BP 0031323 regulation of cellular metabolic process 3.343953821045264 0.5702197020321659 36 99 A0A0H5AXG3 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585782315753 0.5695759468415346 37 99 A0A0H5AXG3 BP 0080090 regulation of primary metabolic process 3.321744347995833 0.5693364845567785 38 99 A0A0H5AXG3 BP 0010468 regulation of gene expression 3.2973825914459995 0.5683642734060868 39 99 A0A0H5AXG3 BP 0060255 regulation of macromolecule metabolic process 3.2048166327542607 0.5646370640386311 40 99 A0A0H5AXG3 BP 0019222 regulation of metabolic process 3.1693293030437815 0.5631939002553913 41 99 A0A0H5AXG3 BP 0050896 response to stimulus 3.0382079712080885 0.5577902214335808 42 99 A0A0H5AXG3 BP 0050794 regulation of cellular process 2.636224719619732 0.540453327044883 43 99 A0A0H5AXG3 BP 0050789 regulation of biological process 2.4605602632347265 0.5324632333195775 44 99 A0A0H5AXG3 BP 0065007 biological regulation 2.3629853079110683 0.5279015093275612 45 99 A0A0H5AXG3 BP 0019538 protein metabolic process 2.3423523748629718 0.5269249059249008 46 98 A0A0H5AXG3 BP 1901564 organonitrogen compound metabolic process 1.60525210814771 0.48866628605851264 47 98 A0A0H5AXG3 BP 0043170 macromolecule metabolic process 1.509445584814134 0.4830919887283613 48 98 A0A0H5AXG3 BP 0006807 nitrogen compound metabolic process 1.0816618935447337 0.45571232058371713 49 98 A0A0H5AXG3 BP 0044238 primary metabolic process 0.9689827640875078 0.44763041095081024 50 98 A0A0H5AXG3 BP 0071704 organic substance metabolic process 0.830495855610794 0.43702300383409 51 98 A0A0H5AXG3 BP 0008152 metabolic process 0.6036323430108076 0.4175113683676897 52 98 A0A0H5AXG3 BP 0009987 cellular process 0.3482057083564816 0.3903810065154935 53 99 A0A0H5AXG3 BP 0017012 protein-phytochromobilin linkage 0.25113636037167636 0.3774648124519707 54 1 A0A0H5AXG3 BP 0017007 protein-bilin linkage 0.15262577461865653 0.3614257905305525 55 1 A0A0H5AXH0 BP 0009585 red, far-red light phototransduction 15.58934732462566 0.8542880485269627 1 98 A0A0H5AXH0 MF 0009881 photoreceptor activity 10.82676023309366 0.7824666994095789 1 99 A0A0H5AXH0 CC 0005634 nucleus 0.1933900201138066 0.36855334391917305 1 5 A0A0H5AXH0 BP 0010017 red or far-red light signaling pathway 15.408765720236707 0.8532351172761587 2 98 A0A0H5AXH0 MF 0042803 protein homodimerization activity 9.529013330771933 0.752919331592467 2 98 A0A0H5AXH0 CC 0043231 intracellular membrane-bounded organelle 0.13423657142049855 0.35789882521937144 2 5 A0A0H5AXH0 BP 0071489 cellular response to red or far red light 15.404257837993827 0.8532087541018718 3 98 A0A0H5AXH0 MF 0042802 identical protein binding 8.831694127895203 0.7362077757887796 3 98 A0A0H5AXH0 CC 0043227 membrane-bounded organelle 0.13308729062257404 0.357670601957004 3 5 A0A0H5AXH0 BP 0009639 response to red or far red light 13.250427187691933 0.8332444980464715 4 98 A0A0H5AXH0 MF 0046983 protein dimerization activity 6.80772214577889 0.683550205633232 4 98 A0A0H5AXH0 CC 0043229 intracellular organelle 0.09068193372217977 0.34842471653358165 4 5 A0A0H5AXH0 BP 0009584 detection of visible light 12.156141937832814 0.8109493720697407 5 99 A0A0H5AXH0 MF 0000155 phosphorelay sensor kinase activity 6.651979418273947 0.6791915862267754 5 99 A0A0H5AXH0 CC 0043226 organelle 0.08900636893460677 0.348018873906221 5 5 A0A0H5AXH0 BP 0017006 protein-tetrapyrrole linkage 11.913651122319441 0.8058746034646067 6 98 A0A0H5AXH0 MF 0004673 protein histidine kinase activity 6.581692988118167 0.6772078476169527 6 99 A0A0H5AXH0 CC 0005622 intracellular anatomical structure 0.060489749488702664 0.3404114520575725 6 5 A0A0H5AXH0 BP 0071482 cellular response to light stimulus 11.733116123336105 0.8020628017382684 7 98 A0A0H5AXH0 MF 0038023 signaling receptor activity 6.56713600006351 0.676795674490821 7 99 A0A0H5AXH0 CC 0110165 cellular anatomical entity 0.0014299907901904475 0.3101907698029709 7 5 A0A0H5AXH0 BP 0071478 cellular response to radiation 11.503415076925695 0.797170263268177 8 98 A0A0H5AXH0 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337078625234 0.6754674843377436 8 99 A0A0H5AXH0 BP 0007602 phototransduction 11.12310743417877 0.7889612094304977 9 98 A0A0H5AXH0 MF 0060089 molecular transducer activity 6.470747762756867 0.6740548888428493 9 99 A0A0H5AXH0 BP 0009583 detection of light stimulus 10.67557358186191 0.7791191657694048 10 99 A0A0H5AXH0 MF 0140299 small molecule sensor activity 6.3400873519451295 0.6703067768033756 10 99 A0A0H5AXH0 BP 0071214 cellular response to abiotic stimulus 10.607611028833627 0.7776066373242614 11 98 A0A0H5AXH0 MF 0004672 protein kinase activity 5.300220557663558 0.6389824584480064 11 99 A0A0H5AXH0 BP 0104004 cellular response to environmental stimulus 10.607611028833627 0.7776066373242614 12 98 A0A0H5AXH0 MF 0005515 protein binding 4.983859123084431 0.6288525894487872 12 98 A0A0H5AXH0 BP 0009582 detection of abiotic stimulus 10.521446807437533 0.7756820420133637 13 99 A0A0H5AXH0 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168950462536 0.6215611659218587 13 99 A0A0H5AXH0 BP 0009581 detection of external stimulus 10.520476040089985 0.7756603137975202 14 99 A0A0H5AXH0 MF 0016301 kinase activity 4.321892481457186 0.6065586292658554 14 99 A0A0H5AXH0 BP 0009416 response to light stimulus 9.687502305358219 0.7566314091805963 15 99 A0A0H5AXH0 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.66006960570862 0.5824865977687532 15 99 A0A0H5AXH0 BP 0009314 response to radiation 9.539298263883252 0.753161154247925 16 99 A0A0H5AXH0 MF 0140096 catalytic activity, acting on a protein 3.502166894319554 0.5764284024897194 16 99 A0A0H5AXH0 BP 0051606 detection of stimulus 8.520068572266588 0.7285265523912339 17 99 A0A0H5AXH0 MF 0016740 transferase activity 2.3012861090001637 0.5249682616436031 17 99 A0A0H5AXH0 BP 0009628 response to abiotic stimulus 7.977926494538471 0.7148206449344074 18 99 A0A0H5AXH0 MF 0005488 binding 0.8783881960568611 0.44078487598919525 18 98 A0A0H5AXH0 BP 0009605 response to external stimulus 5.552299479456859 0.6468393751344153 19 99 A0A0H5AXH0 MF 0003824 catalytic activity 0.7267412132219943 0.42848171944195895 19 99 A0A0H5AXH0 BP 0000160 phosphorelay signal transduction system 5.175297559544499 0.6350195505261217 20 99 A0A0H5AXH0 BP 0035556 intracellular signal transduction 4.829730286961124 0.623800919505433 21 99 A0A0H5AXH0 BP 0036211 protein modification process 4.165211013329412 0.6010364817272158 22 98 A0A0H5AXH0 BP 0007165 signal transduction 4.05396598084387 0.5970524019616916 23 99 A0A0H5AXH0 BP 0023052 signaling 4.027217845456392 0.5960863327688362 24 99 A0A0H5AXH0 BP 0007154 cell communication 3.907472025074473 0.5917215828183068 25 99 A0A0H5AXH0 BP 0043412 macromolecule modification 3.635907325745954 0.5815681628230212 26 98 A0A0H5AXH0 BP 0006355 regulation of DNA-templated transcription 3.521184915573878 0.5771651948826504 27 99 A0A0H5AXH0 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654110577113 0.5771644402632135 28 99 A0A0H5AXH0 BP 2001141 regulation of RNA biosynthetic process 3.519324659935242 0.5770932131650881 29 99 A0A0H5AXH0 BP 0051252 regulation of RNA metabolic process 3.4937110265363303 0.5761001645557837 30 99 A0A0H5AXH0 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464139647554214 0.574949134605407 31 99 A0A0H5AXH0 BP 0010556 regulation of macromolecule biosynthetic process 3.437171114691697 0.5738951264378492 32 99 A0A0H5AXH0 BP 0031326 regulation of cellular biosynthetic process 3.4324236716148127 0.5737091551706037 33 99 A0A0H5AXH0 BP 0009889 regulation of biosynthetic process 3.4302859332329345 0.5736253716959174 34 99 A0A0H5AXH0 BP 0051716 cellular response to stimulus 3.3996335974082847 0.5724211443265226 35 99 A0A0H5AXH0 BP 0031323 regulation of cellular metabolic process 3.3439538235087127 0.5702197021299684 36 99 A0A0H5AXH0 BP 0051171 regulation of nitrogen compound metabolic process 3.327758580683093 0.5695759469391 37 99 A0A0H5AXH0 BP 0080090 regulation of primary metabolic process 3.3217443504429203 0.5693364846542557 38 99 A0A0H5AXH0 BP 0010468 regulation of gene expression 3.29738259387514 0.5683642735032058 39 99 A0A0H5AXH0 BP 0060255 regulation of macromolecule metabolic process 3.204816635115208 0.5646370641343772 40 99 A0A0H5AXH0 BP 0019222 regulation of metabolic process 3.1693293053785867 0.5631939003506059 41 99 A0A0H5AXH0 BP 0050896 response to stimulus 3.038207973446298 0.557790221526805 42 99 A0A0H5AXH0 BP 0050794 regulation of cellular process 2.6362247215618053 0.5404533271317213 43 99 A0A0H5AXH0 BP 0050789 regulation of biological process 2.4605602650473903 0.5324632334034726 44 99 A0A0H5AXH0 BP 0065007 biological regulation 2.3629853096518496 0.5279015094097761 45 99 A0A0H5AXH0 BP 0019538 protein metabolic process 2.342414872026992 0.5269278705372933 46 98 A0A0H5AXH0 BP 1901564 organonitrogen compound metabolic process 1.6052949384687898 0.4886687402781653 47 98 A0A0H5AXH0 BP 0043170 macromolecule metabolic process 1.5094858588861766 0.4830943685835728 48 98 A0A0H5AXH0 BP 0006807 nitrogen compound metabolic process 1.0816907537629916 0.45571433517787413 49 98 A0A0H5AXH0 BP 0044238 primary metabolic process 0.9690086178725277 0.44763231772748674 50 98 A0A0H5AXH0 BP 0071704 organic substance metabolic process 0.8305180143757449 0.4370247691016478 51 98 A0A0H5AXH0 BP 0008152 metabolic process 0.6036484487470555 0.4175128733384277 52 98 A0A0H5AXH0 BP 0009987 cellular process 0.3482057086130004 0.39038100654705354 53 99 A0A0H5AXH0 BP 0017012 protein-phytochromobilin linkage 0.2505072857893621 0.37737362056887325 54 1 A0A0H5AXH0 BP 0017007 protein-bilin linkage 0.15224346042378437 0.361354699415433 55 1 A0A0H5AXH7 BP 0009585 red, far-red light phototransduction 15.589263648363396 0.8542875620456236 1 98 A0A0H5AXH7 MF 0009881 photoreceptor activity 10.826760241503335 0.7824666995951314 1 99 A0A0H5AXH7 CC 0005634 nucleus 0.19349268163545635 0.3685702900152144 1 5 A0A0H5AXH7 BP 0010017 red or far-red light signaling pathway 15.40868301325131 0.8532346336206426 2 98 A0A0H5AXH7 MF 0042803 protein homodimerization activity 9.528962183523625 0.7529181286758891 2 98 A0A0H5AXH7 CC 0043231 intracellular membrane-bounded organelle 0.13430783120254403 0.3579129437031676 2 5 A0A0H5AXH7 BP 0071489 cellular response to red or far red light 15.404175155204612 0.8532082705171083 3 98 A0A0H5AXH7 MF 0042802 identical protein binding 8.83164672352742 0.736206617722136 3 98 A0A0H5AXH7 CC 0043227 membrane-bounded organelle 0.13315794030635567 0.3576846598724245 3 5 A0A0H5AXH7 BP 0009639 response to red or far red light 13.250356065649596 0.8332430795558041 4 98 A0A0H5AXH7 MF 0046983 protein dimerization activity 6.807685605137911 0.6835491888872758 4 98 A0A0H5AXH7 CC 0043229 intracellular organelle 0.09073007242807879 0.3484363206752018 4 5 A0A0H5AXH7 BP 0009584 detection of visible light 12.156141947275085 0.810949372266355 5 99 A0A0H5AXH7 MF 0000155 phosphorelay sensor kinase activity 6.651979423440866 0.6791915863722184 5 99 A0A0H5AXH7 CC 0043226 organelle 0.08905361816321729 0.3480303703409034 5 5 A0A0H5AXH7 BP 0017006 protein-tetrapyrrole linkage 11.913587175460405 0.805873258428379 6 98 A0A0H5AXH7 MF 0004673 protein histidine kinase activity 6.581692993230491 0.6772078477616252 6 99 A0A0H5AXH7 CC 0005622 intracellular anatomical structure 0.06052186060655181 0.3404209295517678 6 5 A0A0H5AXH7 BP 0071482 cellular response to light stimulus 11.73305314550378 0.8020614669320312 7 98 A0A0H5AXH7 MF 0038023 signaling receptor activity 6.567136005164526 0.6767956746353334 7 99 A0A0H5AXH7 CC 0110165 cellular anatomical entity 0.0014307499039770831 0.31019222700327886 7 5 A0A0H5AXH7 BP 0071478 cellular response to radiation 11.503353332020227 0.7971689415923767 8 98 A0A0H5AXH7 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337083689898 0.6754674844817402 8 99 A0A0H5AXH7 BP 0007602 phototransduction 11.12304773058532 0.7889599097858913 9 98 A0A0H5AXH7 MF 0060089 molecular transducer activity 6.470747767783013 0.6740548889862973 9 99 A0A0H5AXH7 BP 0009583 detection of light stimulus 10.67557359015415 0.779119165953657 10 99 A0A0H5AXH7 MF 0140299 small molecule sensor activity 6.340087356869787 0.6703067769453679 10 99 A0A0H5AXH7 BP 0071214 cellular response to abiotic stimulus 10.607554092181699 0.7776053681526891 11 98 A0A0H5AXH7 MF 0004672 protein kinase activity 5.3002205617805 0.6389824585778332 11 99 A0A0H5AXH7 BP 0104004 cellular response to environmental stimulus 10.607554092181699 0.7776053681526891 12 98 A0A0H5AXH7 MF 0005515 protein binding 4.983832372079764 0.6288517194985284 12 98 A0A0H5AXH7 BP 0009582 detection of abiotic stimulus 10.521446815610057 0.775682042196281 13 99 A0A0H5AXH7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168954161547 0.6215611660449196 13 99 A0A0H5AXH7 BP 0009581 detection of external stimulus 10.520476048261754 0.7756603139804292 14 99 A0A0H5AXH7 MF 0016301 kinase activity 4.321892484814212 0.6065586293830896 14 99 A0A0H5AXH7 BP 0009416 response to light stimulus 9.687502312882977 0.756631409356115 15 99 A0A0H5AXH7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696085515754 0.5824865978766385 15 99 A0A0H5AXH7 BP 0009314 response to radiation 9.539298271292893 0.7531611544220959 16 99 A0A0H5AXH7 MF 0140096 catalytic activity, acting on a protein 3.5021668970398587 0.5764284025952517 16 99 A0A0H5AXH7 BP 0051606 detection of stimulus 8.520068578884544 0.7285265525558374 17 99 A0A0H5AXH7 MF 0016740 transferase activity 2.3012861107876854 0.5249682617291498 17 99 A0A0H5AXH7 BP 0009628 response to abiotic stimulus 7.977926500735317 0.7148206450936879 18 99 A0A0H5AXH7 MF 0005488 binding 0.8783834812833988 0.4407845107689966 18 98 A0A0H5AXH7 BP 0009605 response to external stimulus 5.552299483769602 0.6468393752672934 19 99 A0A0H5AXH7 MF 0003824 catalytic activity 0.7267412137864898 0.4284817194900326 19 99 A0A0H5AXH7 BP 0000160 phosphorelay signal transduction system 5.175297563564406 0.6350195506544094 20 99 A0A0H5AXH7 BP 0035556 intracellular signal transduction 4.829730290712612 0.6238009196293637 21 99 A0A0H5AXH7 BP 0036211 protein modification process 4.165188656441604 0.6010356864289291 22 98 A0A0H5AXH7 BP 0007165 signal transduction 4.053965983992784 0.5970524020752339 23 99 A0A0H5AXH7 BP 0023052 signaling 4.02721784858453 0.5960863328820032 24 99 A0A0H5AXH7 BP 0007154 cell communication 3.907472028109598 0.5917215829297786 25 99 A0A0H5AXH7 BP 0043412 macromolecule modification 3.635887809910646 0.5815674197731806 26 98 A0A0H5AXH7 BP 0006355 regulation of DNA-templated transcription 3.521184918308955 0.5771651949884691 27 99 A0A0H5AXH7 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654137927733 0.5771644403690317 28 99 A0A0H5AXH7 BP 2001141 regulation of RNA biosynthetic process 3.5193246626688746 0.5770932132708787 29 99 A0A0H5AXH7 BP 0051252 regulation of RNA metabolic process 3.493711029250067 0.5761001646611887 30 99 A0A0H5AXH7 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396502449817 0.5749491347103649 31 99 A0A0H5AXH7 BP 0010556 regulation of macromolecule biosynthetic process 3.437171117361516 0.5738951265423977 32 99 A0A0H5AXH7 BP 0031326 regulation of cellular biosynthetic process 3.4324236742809444 0.5737091552750802 33 99 A0A0H5AXH7 BP 0009889 regulation of biosynthetic process 3.430285935897406 0.5736253718003611 34 99 A0A0H5AXH7 BP 0051716 cellular response to stimulus 3.399633600048947 0.5724211444304987 35 99 A0A0H5AXH7 BP 0031323 regulation of cellular metabolic process 3.3439538261061252 0.5702197022330895 36 99 A0A0H5AXH7 BP 0051171 regulation of nitrogen compound metabolic process 3.327758583267926 0.569575947041971 37 99 A0A0H5AXH7 BP 0080090 regulation of primary metabolic process 3.3217443530230817 0.5693364847570338 38 99 A0A0H5AXH7 BP 0010468 regulation of gene expression 3.2973825964363788 0.5683642736056064 39 99 A0A0H5AXH7 BP 0060255 regulation of macromolecule metabolic process 3.204816637604546 0.5646370642353302 40 99 A0A0H5AXH7 BP 0019222 regulation of metabolic process 3.1693293078403597 0.5631939004509983 41 99 A0A0H5AXH7 BP 0050896 response to stimulus 3.0382079758062233 0.5577902216250988 42 99 A0A0H5AXH7 BP 0050794 regulation of cellular process 2.6362247236094905 0.5404533272232819 43 99 A0A0H5AXH7 BP 0050789 regulation of biological process 2.4605602669586277 0.53246323349193 44 99 A0A0H5AXH7 BP 0065007 biological regulation 2.3629853114872965 0.5279015094964619 45 99 A0A0H5AXH7 BP 0019538 protein metabolic process 2.342402299048979 0.5269272741293057 46 98 A0A0H5AXH7 BP 1901564 organonitrogen compound metabolic process 1.605286322002848 0.4886682465487969 47 98 A0A0H5AXH7 BP 0043170 macromolecule metabolic process 1.5094777566781765 0.4830938898145233 48 98 A0A0H5AXH7 BP 0006807 nitrogen compound metabolic process 1.0816849477573063 0.45571392989047466 49 98 A0A0H5AXH7 BP 0044238 primary metabolic process 0.9690034166913908 0.44763193413034497 50 98 A0A0H5AXH7 BP 0071704 organic substance metabolic process 0.8305135565468355 0.4370244139727027 51 98 A0A0H5AXH7 BP 0008152 metabolic process 0.60364520864695 0.4175125705748787 52 98 A0A0H5AXH7 BP 0009987 cellular process 0.3482057088834688 0.39038100658032987 53 99 A0A0H5AXH7 BP 0017012 protein-phytochromobilin linkage 0.250629321571693 0.3773913200586485 54 1 A0A0H5AXH7 BP 0017007 protein-bilin linkage 0.15231762652932906 0.36136849753454653 55 1 A0A0H5AXI5 BP 0009585 red, far-red light phototransduction 15.429999428333646 0.8533592452520603 1 96 A0A0H5AXI5 MF 0009881 photoreceptor activity 10.826755793507187 0.7824666014538311 1 98 A0A0H5AXI5 CC 0005634 nucleus 0.19278928350001245 0.36845409144205654 1 5 A0A0H5AXI5 BP 0010017 red or far-red light signaling pathway 15.25126365482967 0.8523117091384684 2 96 A0A0H5AXI5 MF 0042803 protein homodimerization activity 9.431611675886836 0.7506226908637743 2 96 A0A0H5AXI5 CC 0043231 intracellular membrane-bounded organelle 0.13381958597670457 0.35781613393245315 2 5 A0A0H5AXI5 BP 0071489 cellular response to red or far red light 15.246801850304935 0.8522854810470206 3 96 A0A0H5AXI5 MF 0042802 identical protein binding 8.74142018308729 0.7339967637623614 3 96 A0A0H5AXI5 CC 0043227 membrane-bounded organelle 0.13267387524436278 0.35758826541617633 3 5 A0A0H5AXI5 BP 0009639 response to red or far red light 13.114986771017534 0.830536277459851 4 96 A0A0H5AXI5 MF 0046983 protein dimerization activity 6.738136410091493 0.681609006869583 4 96 A0A0H5AXI5 CC 0043229 intracellular organelle 0.0904002441201801 0.3483567516289923 4 5 A0A0H5AXI5 BP 0009584 detection of visible light 12.156136953124358 0.8109492682742356 5 98 A0A0H5AXI5 MF 0000155 phosphorelay sensor kinase activity 6.651976690584666 0.67919150944536 5 98 A0A0H5AXI5 CC 0043226 organelle 0.08872988421916789 0.3479515398360346 5 5 A0A0H5AXI5 BP 0017006 protein-tetrapyrrole linkage 11.791874680755415 0.8033066240728794 6 96 A0A0H5AXI5 MF 0004673 protein histidine kinase activity 6.581690289250314 0.6772077712422601 6 98 A0A0H5AXI5 CC 0005622 intracellular anatomical structure 0.060301847304010225 0.3403559428256264 6 5 A0A0H5AXI5 BP 0071482 cellular response to light stimulus 11.613185036275766 0.7995143537198607 7 96 A0A0H5AXI5 MF 0038023 signaling receptor activity 6.567133307164848 0.6767955982006355 7 98 A0A0H5AXI5 CC 0110165 cellular anatomical entity 0.0014255487418130275 0.31018223505019565 7 5 A0A0H5AXI5 BP 0071478 cellular response to radiation 11.38583189948334 0.794646884233468 8 96 A0A0H5AXI5 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520334404916787 0.6754674083198748 8 98 A0A0H5AXI5 BP 0007602 phototransduction 11.009411605036094 0.7864798929443197 9 96 A0A0H5AXI5 MF 0060089 molecular transducer activity 6.470745109382856 0.6740548131146028 9 98 A0A0H5AXI5 BP 0009583 detection of light stimulus 10.675569204270548 0.7791190684999962 10 98 A0A0H5AXI5 MF 0140299 small molecule sensor activity 6.3400847521493064 0.6703067018435984 10 98 A0A0H5AXI5 BP 0009582 detection of abiotic stimulus 10.521442493046903 0.7756819454486632 11 98 A0A0H5AXI5 MF 0004672 protein kinase activity 5.300218384272167 0.6389823899106046 11 98 A0A0H5AXI5 BP 0009581 detection of external stimulus 10.520471726097425 0.7756602172372749 12 98 A0A0H5AXI5 MF 0005515 protein binding 4.932916165041233 0.6271916569838838 12 96 A0A0H5AXI5 BP 0071214 cellular response to abiotic stimulus 10.499184391917371 0.7751835007757123 13 96 A0A0H5AXI5 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762166997702856 0.6215611009563169 13 98 A0A0H5AXI5 BP 0104004 cellular response to environmental stimulus 10.499184391917371 0.7751835007757123 14 96 A0A0H5AXI5 MF 0016301 kinase activity 4.321890709235858 0.6065585673762599 14 98 A0A0H5AXI5 BP 0009416 response to light stimulus 9.687498332932188 0.7566313165218168 15 98 A0A0H5AXI5 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600681048722516 0.582486540814608 15 98 A0A0H5AXI5 BP 0009314 response to radiation 9.539294352229293 0.7531610623006464 16 98 A0A0H5AXI5 MF 0140096 catalytic activity, acting on a protein 3.5021654582322634 0.5764283467776764 16 98 A0A0H5AXI5 BP 0051606 detection of stimulus 8.520065078554678 0.7285264654947488 17 98 A0A0H5AXI5 MF 0016740 transferase activity 2.301285165342185 0.5249682164823511 17 98 A0A0H5AXI5 BP 0009628 response to abiotic stimulus 7.977923223135598 0.7148205608480228 18 98 A0A0H5AXI5 MF 0005488 binding 0.8694096732069471 0.44008758774942774 18 96 A0A0H5AXI5 BP 0009605 response to external stimulus 5.552297202698797 0.6468393049861223 19 98 A0A0H5AXI5 MF 0003824 catalytic activity 0.7267409152168302 0.4284816940631895 19 98 A0A0H5AXI5 BP 0000160 phosphorelay signal transduction system 5.17529543737863 0.6350194828012287 20 98 A0A0H5AXI5 BP 0035556 intracellular signal transduction 4.82972830649746 0.6238008540806781 21 98 A0A0H5AXI5 BP 0036211 protein modification process 4.122635939545666 0.5995180768183641 22 96 A0A0H5AXI5 BP 0007165 signal transduction 4.053964318487621 0.5970523420211429 23 98 A0A0H5AXI5 BP 0023052 signaling 4.027216194068398 0.596086273026359 24 98 A0A0H5AXI5 BP 0007154 cell communication 3.907470422789065 0.5917215239707273 25 98 A0A0H5AXI5 BP 0043412 macromolecule modification 3.598742576548588 0.5801495120545269 26 96 A0A0H5AXI5 BP 0006355 regulation of DNA-templated transcription 3.5211834716881194 0.5771651390195441 27 98 A0A0H5AXI5 BP 1903506 regulation of nucleic acid-templated transcription 3.5211639671799504 0.5771643844002617 28 98 A0A0H5AXI5 BP 2001141 regulation of RNA biosynthetic process 3.519323216812294 0.5770931573167399 29 98 A0A0H5AXI5 BP 0051252 regulation of RNA metabolic process 3.493709593916426 0.5761001089110389 30 98 A0A0H5AXI5 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641382270602548 0.574949079196656 31 98 A0A0H5AXI5 BP 0010556 regulation of macromolecule biosynthetic process 3.4371697052563666 0.5738950712451998 32 98 A0A0H5AXI5 BP 0031326 regulation of cellular biosynthetic process 3.432422264126204 0.5737091000160837 33 98 A0A0H5AXI5 BP 0009889 regulation of biosynthetic process 3.43028452662092 0.5736253165585753 34 98 A0A0H5AXI5 BP 0051716 cellular response to stimulus 3.399632203365469 0.5724210894360815 35 98 A0A0H5AXI5 BP 0031323 regulation of cellular metabolic process 3.343952452297765 0.5702196476908854 36 98 A0A0H5AXI5 BP 0051171 regulation of nitrogen compound metabolic process 3.327757216113115 0.569575892632005 37 98 A0A0H5AXI5 BP 0080090 regulation of primary metabolic process 3.321742988339118 0.5693364303962574 38 98 A0A0H5AXI5 BP 0010468 regulation of gene expression 3.2973812417610406 0.5683642194445384 39 98 A0A0H5AXI5 BP 0060255 regulation of macromolecule metabolic process 3.2048153209584083 0.5646370108398936 40 98 A0A0H5AXI5 BP 0019222 regulation of metabolic process 3.169328005773607 0.5631938473520118 41 98 A0A0H5AXI5 BP 0050896 response to stimulus 3.03820672760851 0.5577901696361187 42 98 A0A0H5AXI5 BP 0050794 regulation of cellular process 2.6362236405599773 0.5404532787955909 43 98 A0A0H5AXI5 BP 0050789 regulation of biological process 2.4605592560779637 0.5324631867055385 44 98 A0A0H5AXI5 BP 0065007 biological regulation 2.3629843406936955 0.5279014636471249 45 98 A0A0H5AXI5 BP 0019538 protein metabolic process 2.318471670664674 0.5257891923443798 46 96 A0A0H5AXI5 BP 1901564 organonitrogen compound metabolic process 1.5888862738822265 0.48772609887037954 47 96 A0A0H5AXI5 BP 0043170 macromolecule metabolic process 1.494056515303838 0.48218028981949357 48 96 A0A0H5AXI5 BP 0006807 nitrogen compound metabolic process 1.070634155788657 0.4549405495592268 49 96 A0A0H5AXI5 BP 0044238 primary metabolic process 0.9591038103439338 0.44689994373287767 50 96 A0A0H5AXI5 BP 0071704 organic substance metabolic process 0.8220288008334727 0.4363467473548972 51 96 A0A0H5AXI5 BP 0008152 metabolic process 0.5974782025908336 0.4169348290164451 52 96 A0A0H5AXI5 BP 0009987 cellular process 0.3482055658288877 0.39038098898001283 53 98 A0A0H5AXI5 BP 0017012 protein-phytochromobilin linkage 0.24807603199146686 0.37702010028696986 54 1 A0A0H5AXI5 BP 0017007 protein-bilin linkage 0.15076588866297227 0.36107910305527213 55 1 A0A0H5AXK7 BP 0009585 red, far-red light phototransduction 15.588845704603276 0.8542851321632393 1 98 A0A0H5AXK7 MF 0009881 photoreceptor activity 10.826760281553561 0.782466700478806 1 99 A0A0H5AXK7 CC 0005634 nucleus 0.19334315104723035 0.36854560585705803 1 5 A0A0H5AXK7 BP 0010017 red or far-red light signaling pathway 15.408269910807066 0.8532322178527098 2 98 A0A0H5AXK7 MF 0042803 protein homodimerization activity 9.528706714735947 0.7529121203348328 2 98 A0A0H5AXK7 CC 0043231 intracellular membrane-bounded organelle 0.13420403849662185 0.3578923783242094 2 5 A0A0H5AXK7 BP 0071489 cellular response to red or far red light 15.403762173614771 0.8532058551025715 3 98 A0A0H5AXK7 MF 0042802 identical protein binding 8.831409949570487 0.7362008333980279 3 98 A0A0H5AXK7 CC 0043227 membrane-bounded organelle 0.13305503623281303 0.3576641827190588 3 5 A0A0H5AXK7 BP 0009639 response to red or far red light 13.250000827341877 0.8332359944628955 4 98 A0A0H5AXK7 MF 0046983 protein dimerization activity 6.80750309300753 0.683544110433304 4 98 A0A0H5AXK7 CC 0043229 intracellular organelle 0.09065995648888518 0.34841941775748425 4 5 A0A0H5AXK7 BP 0009584 detection of visible light 12.156141992242947 0.8109493732027109 5 99 A0A0H5AXK7 MF 0000155 phosphorelay sensor kinase activity 6.651979448047792 0.6791915870648759 5 99 A0A0H5AXK7 CC 0043226 organelle 0.08898479778306105 0.3480136243121283 5 5 A0A0H5AXK7 BP 0017006 protein-tetrapyrrole linkage 11.913267775549482 0.8058665402265206 6 98 A0A0H5AXK7 MF 0004673 protein histidine kinase activity 6.581693017577415 0.6772078484506137 6 99 A0A0H5AXK7 CC 0005622 intracellular anatomical structure 0.060475089486628636 0.340407124368257 6 5 A0A0H5AXK7 BP 0071482 cellular response to light stimulus 11.732738585659265 0.8020547998270426 7 98 A0A0H5AXK7 MF 0038023 signaling receptor activity 6.5671360294575996 0.6767956753235594 7 99 A0A0H5AXK7 CC 0110165 cellular anatomical entity 0.0014296442245635896 0.3101901044044939 7 5 A0A0H5AXK7 BP 0071478 cellular response to radiation 11.503044930362904 0.7971623400714397 8 98 A0A0H5AXK7 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337107809855 0.6754674851675097 8 99 A0A0H5AXK7 BP 0007602 phototransduction 11.122749524813873 0.7889534183066051 9 98 A0A0H5AXK7 MF 0060089 molecular transducer activity 6.470747791719529 0.674054889669454 9 99 A0A0H5AXK7 BP 0009583 detection of light stimulus 10.675573629645108 0.7791191668311399 10 99 A0A0H5AXK7 MF 0140299 small molecule sensor activity 6.340087380322966 0.6703067776215921 10 99 A0A0H5AXK7 BP 0071214 cellular response to abiotic stimulus 10.607269706649259 0.777599028880452 11 98 A0A0H5AXK7 MF 0004672 protein kinase activity 5.300220581387014 0.6389824591961201 11 99 A0A0H5AXK7 BP 0104004 cellular response to environmental stimulus 10.607269706649259 0.777599028880452 12 98 A0A0H5AXK7 MF 0005515 protein binding 4.983698756939986 0.628847374261332 12 98 A0A0H5AXK7 BP 0009582 detection of abiotic stimulus 10.521446854530872 0.7756820430674067 13 99 A0A0H5AXK7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168971777707 0.6215611666309842 13 99 A0A0H5AXK7 BP 0009581 detection of external stimulus 10.520476087178977 0.7756603148515147 14 99 A0A0H5AXK7 MF 0016301 kinase activity 4.321892500801706 0.6065586299414056 14 99 A0A0H5AXK7 BP 0009416 response to light stimulus 9.687502348718873 0.7566314101920046 15 99 A0A0H5AXK7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069622090863 0.5824865983904309 15 99 A0A0H5AXK7 BP 0009314 response to radiation 9.539298306580553 0.753161155251567 16 99 A0A0H5AXK7 MF 0140096 catalytic activity, acting on a protein 3.502166909995034 0.576428403097839 16 99 A0A0H5AXK7 BP 0051606 detection of stimulus 8.520068610401882 0.7285265533397445 17 99 A0A0H5AXK7 MF 0016740 transferase activity 2.3012861193005767 0.5249682621365567 17 99 A0A0H5AXK7 BP 0009628 response to abiotic stimulus 7.977926530247171 0.7148206458522447 18 99 A0A0H5AXK7 MF 0005488 binding 0.8783599320700891 0.4407826865631002 18 98 A0A0H5AXK7 BP 0009605 response to external stimulus 5.552299504308604 0.6468393759001125 19 99 A0A0H5AXK7 MF 0003824 catalytic activity 0.7267412164748425 0.4284817197189786 19 99 A0A0H5AXK7 BP 0000160 phosphorelay signal transduction system 5.175297582708807 0.6350195512653665 20 99 A0A0H5AXK7 BP 0035556 intracellular signal transduction 4.829730308578696 0.6238009202195709 21 99 A0A0H5AXK7 BP 0036211 protein modification process 4.165076988908874 0.6010317140642314 22 98 A0A0H5AXK7 BP 0007165 signal transduction 4.053965998989168 0.5970524026159671 23 99 A0A0H5AXK7 BP 0023052 signaling 4.027217863481967 0.5960863334209496 24 99 A0A0H5AXK7 BP 0007154 cell communication 3.9074720425640734 0.5917215834606522 25 99 A0A0H5AXK7 BP 0043412 macromolecule modification 3.6357903327842767 0.5815637083796 26 98 A0A0H5AXK7 BP 0006355 regulation of DNA-templated transcription 3.5211849313344814 0.5771651954924191 27 99 A0A0H5AXK7 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654268182278 0.5771644408729804 28 99 A0A0H5AXK7 BP 2001141 regulation of RNA biosynthetic process 3.51932467568752 0.5770932137746956 29 99 A0A0H5AXK7 BP 0051252 regulation of RNA metabolic process 3.4937110421739628 0.5761001651631689 30 99 A0A0H5AXK7 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396630594867 0.5749491352102162 31 99 A0A0H5AXK7 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711300762597 0.5738951270402995 32 99 A0A0H5AXK7 BP 0031326 regulation of cellular biosynthetic process 3.4324236869781264 0.5737091557726379 33 99 A0A0H5AXK7 BP 0009889 regulation of biosynthetic process 3.4302859485866803 0.573625372297764 34 99 A0A0H5AXK7 BP 0051716 cellular response to stimulus 3.3996336126248323 0.5724211449256742 35 99 A0A0H5AXK7 BP 0031323 regulation of cellular metabolic process 3.3439538384760406 0.5702197027241931 36 99 A0A0H5AXK7 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585955779325 0.569575947531884 37 99 A0A0H5AXK7 BP 0080090 regulation of primary metabolic process 3.32174436531084 0.5693364852465039 38 99 A0A0H5AXK7 BP 0010468 regulation of gene expression 3.2973826086340177 0.5683642740932782 39 99 A0A0H5AXK7 BP 0060255 regulation of macromolecule metabolic process 3.204816649459767 0.5646370647161083 40 99 A0A0H5AXK7 BP 0019222 regulation of metabolic process 3.169329319564306 0.5631939009291071 41 99 A0A0H5AXK7 BP 0050896 response to stimulus 3.038207987045127 0.557790222093213 42 99 A0A0H5AXK7 BP 0050794 regulation of cellular process 2.6362247333613826 0.54045332765933 43 99 A0A0H5AXK7 BP 0050789 regulation of biological process 2.460560276060704 0.5324632339131996 44 99 A0A0H5AXK7 BP 0065007 biological regulation 2.362985320228424 0.5279015099092941 45 99 A0A0H5AXK7 BP 0019538 protein metabolic process 2.342339499904217 0.5269242951840789 46 98 A0A0H5AXK7 BP 1901564 organonitrogen compound metabolic process 1.6052432847294638 0.4886657804638751 47 98 A0A0H5AXK7 BP 0043170 macromolecule metabolic process 1.5094372880053977 0.4830914984535679 48 98 A0A0H5AXK7 BP 0006807 nitrogen compound metabolic process 1.081655948089039 0.45571190555647967 49 98 A0A0H5AXK7 BP 0044238 primary metabolic process 0.9689774379831798 0.4476300181350891 50 98 A0A0H5AXK7 BP 0071704 organic substance metabolic process 0.830491290712702 0.43702264017071124 51 98 A0A0H5AXK7 BP 0008152 metabolic process 0.6036290250892162 0.4175110583281486 52 98 A0A0H5AXK7 BP 0009987 cellular process 0.34820571017154733 0.390381006738805 53 99 A0A0H5AXK7 BP 0017012 protein-phytochromobilin linkage 0.25123974426226436 0.3774797882510735 54 1 A0A0H5AXK7 BP 0017007 protein-bilin linkage 0.15268860521140992 0.3614374653224513 55 1 A0A0H5AXL0 BP 0009585 red, far-red light phototransduction 15.742258236588603 0.855174879272322 1 99 A0A0H5AXL0 MF 0009881 photoreceptor activity 10.826759594365154 0.782466685316572 1 99 A0A0H5AXL0 CC 0005634 nucleus 0.19327914768495433 0.3685350374152612 1 5 A0A0H5AXL0 BP 0010017 red or far-red light signaling pathway 15.559905365113488 0.854116796690031 2 99 A0A0H5AXL0 MF 0042803 protein homodimerization activity 9.622480368754573 0.7551121873502841 2 99 A0A0H5AXL0 CC 0043231 intracellular membrane-bounded organelle 0.13415961225422185 0.35788357332429116 2 5 A0A0H5AXL0 BP 0071489 cellular response to red or far red light 15.555353266498333 0.8540903045372855 3 99 A0A0H5AXL0 MF 0042802 identical protein binding 8.918321385287882 0.7383188723970393 3 99 A0A0H5AXL0 CC 0043227 membrane-bounded organelle 0.13301099035045036 0.35765541549264024 3 5 A0A0H5AXL0 BP 0009639 response to red or far red light 13.380396381589357 0.8358303344085176 4 99 A0A0H5AXL0 MF 0046983 protein dimerization activity 6.874496910624689 0.6854036818137916 4 99 A0A0H5AXL0 CC 0043229 intracellular organelle 0.09062994486443582 0.34841218082839953 4 5 A0A0H5AXL0 BP 0009584 detection of visible light 12.156141220676968 0.8109493571365611 5 99 A0A0H5AXL0 MF 0000155 phosphorelay sensor kinase activity 6.651979025838094 0.6791915751801442 5 99 A0A0H5AXL0 CC 0043226 organelle 0.08895534069488016 0.3480064545545325 5 5 A0A0H5AXL0 BP 0017006 protein-tetrapyrrole linkage 12.030508308190496 0.8083265361176997 6 99 A0A0H5AXL0 MF 0004673 protein histidine kinase activity 6.581692599828888 0.6772078366288372 6 99 A0A0H5AXL0 CC 0005622 intracellular anatomical structure 0.06045507011154281 0.3404012137239683 6 5 A0A0H5AXL0 BP 0071482 cellular response to light stimulus 11.848202499258486 0.8044960856389001 7 99 A0A0H5AXL0 MF 0038023 signaling receptor activity 6.567135612633025 0.6767956635148635 7 99 A0A0H5AXL0 CC 0110165 cellular anatomical entity 0.0014291709621969892 0.31018919562074787 7 5 A0A0H5AXL0 BP 0071478 cellular response to radiation 11.616248388896517 0.7995796110500419 8 99 A0A0H5AXL0 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336693955667 0.6754674734009647 8 99 A0A0H5AXL0 BP 0007602 phototransduction 11.232210430359714 0.7913303954663037 9 99 A0A0H5AXL0 MF 0060089 molecular transducer activity 6.470747381012839 0.6740548779477387 9 99 A0A0H5AXL0 BP 0071214 cellular response to abiotic stimulus 10.71165768597654 0.7799202725681542 10 99 A0A0H5AXL0 MF 0140299 small molecule sensor activity 6.3400869779094595 0.6703067660188256 10 99 A0A0H5AXL0 BP 0104004 cellular response to environmental stimulus 10.71165768597654 0.7799202725681542 11 99 A0A0H5AXL0 MF 0004672 protein kinase activity 5.3002202449751925 0.6389824485874509 11 99 A0A0H5AXL0 BP 0009583 detection of light stimulus 10.675572952052711 0.7791191517751422 12 99 A0A0H5AXL0 MF 0005515 protein binding 5.032744200037066 0.6304384645373485 12 99 A0A0H5AXL0 BP 0009582 detection of abiotic stimulus 10.521446186721098 0.7756820281204883 13 99 A0A0H5AXL0 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168669516713 0.6215611565751908 13 99 A0A0H5AXL0 BP 0009581 detection of external stimulus 10.520475419430822 0.775660299905286 14 99 A0A0H5AXL0 MF 0016301 kinase activity 4.321892226485627 0.6065586203617275 14 99 A0A0H5AXL0 BP 0009416 response to light stimulus 9.687501733840632 0.7566313958496702 15 99 A0A0H5AXL0 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600693897815337 0.5824865895746943 15 99 A0A0H5AXL0 BP 0009314 response to radiation 9.539297701109014 0.7531611410193635 16 99 A0A0H5AXL0 MF 0140096 catalytic activity, acting on a protein 3.502166687707993 0.5764283944743632 16 99 A0A0H5AXL0 BP 0051606 detection of stimulus 8.520068069622162 0.7285265398893359 17 99 A0A0H5AXL0 MF 0016740 transferase activity 2.301285973234985 0.5249682551462015 17 99 A0A0H5AXL0 BP 0009628 response to abiotic stimulus 7.977926023877907 0.7148206328368019 18 99 A0A0H5AXL0 MF 0005488 binding 0.8870040243734428 0.44145065384131177 18 99 A0A0H5AXL0 BP 0009605 response to external stimulus 5.552299151897009 0.6468393650420992 19 99 A0A0H5AXL0 MF 0003824 catalytic activity 0.7267411703476422 0.42848171579068595 19 99 A0A0H5AXL0 BP 0000160 phosphorelay signal transduction system 5.17529725422601 0.6350195407824628 20 99 A0A0H5AXL0 BP 0035556 intracellular signal transduction 4.829730002029496 0.6238009100926978 21 99 A0A0H5AXL0 BP 0036211 protein modification process 4.206066233326993 0.6024862700661036 22 99 A0A0H5AXL0 BP 0007165 signal transduction 4.053965741678729 0.5970523933379754 23 99 A0A0H5AXL0 BP 0023052 signaling 4.027217607869267 0.5960863241736167 24 99 A0A0H5AXL0 BP 0007154 cell communication 3.9074717945517943 0.5917215743518374 25 99 A0A0H5AXL0 BP 0043412 macromolecule modification 3.6715707754988713 0.5829227049014399 26 99 A0A0H5AXL0 BP 0006355 regulation of DNA-templated transcription 3.5211847078403418 0.5771651868455606 27 99 A0A0H5AXL0 BP 1903506 regulation of nucleic acid-templated transcription 3.5211652033253267 0.5771644322261458 28 99 A0A0H5AXL0 BP 2001141 regulation of RNA biosynthetic process 3.5193244523114533 0.5770932051301215 29 99 A0A0H5AXL0 BP 0051252 regulation of RNA metabolic process 3.4937108204236265 0.5761001565501098 30 99 A0A0H5AXL0 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464139443186084 0.5749491266336858 31 99 A0A0H5AXL0 BP 0010556 regulation of macromolecule biosynthetic process 3.4371709119145843 0.5738951184972187 32 99 A0A0H5AXL0 BP 0031326 regulation of cellular biosynthetic process 3.432423469117778 0.5737091472354591 33 99 A0A0H5AXL0 BP 0009889 regulation of biosynthetic process 3.4302857308620163 0.573625363763244 34 99 A0A0H5AXL0 BP 0051716 cellular response to stimulus 3.3996333968457124 0.5724211364293712 35 99 A0A0H5AXL0 BP 0031323 regulation of cellular metabolic process 3.3439536262309875 0.5702196942977544 36 99 A0A0H5AXL0 BP 0051171 regulation of nitrogen compound metabolic process 3.3277583843608114 0.5695759391258752 37 99 A0A0H5AXL0 BP 0080090 regulation of primary metabolic process 3.32174415447545 0.5693364768480946 38 99 A0A0H5AXL0 BP 0010468 regulation of gene expression 3.2973823993449005 0.5683642657257227 39 99 A0A0H5AXL0 BP 0060255 regulation of macromolecule metabolic process 3.2048164460459296 0.5646370564668381 40 99 A0A0H5AXL0 BP 0019222 regulation of metabolic process 3.1693291184028958 0.5631938927256368 41 99 A0A0H5AXL0 BP 0050896 response to stimulus 3.038207794206156 0.5577902140612319 42 99 A0A0H5AXL0 BP 0050794 regulation of cellular process 2.636224566036806 0.5404533201775462 43 99 A0A0H5AXL0 BP 0050789 regulation of biological process 2.4605601198857765 0.5324632266849867 44 99 A0A0H5AXL0 BP 0019538 protein metabolic process 2.365390868829078 0.528015091973557 45 99 A0A0H5AXL0 BP 0065007 biological regulation 2.362985170246705 0.5279015028258504 46 99 A0A0H5AXL0 BP 1901564 organonitrogen compound metabolic process 1.621040762068666 0.4895687838125306 47 99 A0A0H5AXL0 BP 0043170 macromolecule metabolic process 1.5242919219285236 0.4839671402173191 48 99 A0A0H5AXL0 BP 0006807 nitrogen compound metabolic process 1.0923007117154009 0.4564531534997684 49 99 A0A0H5AXL0 BP 0044238 primary metabolic process 0.9785133128654206 0.4483315958126003 50 99 A0A0H5AXL0 BP 0071704 organic substance metabolic process 0.8386642994212542 0.43767215111169067 51 99 A0A0H5AXL0 BP 0008152 metabolic process 0.6095694429285835 0.4180647958937917 52 99 A0A0H5AXL0 BP 0009987 cellular process 0.3482056880704828 0.390381004019663 53 99 A0A0H5AXL0 BP 0017012 protein-phytochromobilin linkage 0.2532722917547308 0.37777359206961614 54 1 A0A0H5AXL0 BP 0017007 protein-bilin linkage 0.15392386694343382 0.36166650808785017 55 1 A0A0H5AXM4 BP 0009585 red, far-red light phototransduction 14.779123496694478 0.8495146851532737 1 91 A0A0H5AXM4 MF 0009881 photoreceptor activity 10.826753446342124 0.7824665496655965 1 97 A0A0H5AXM4 CC 0005634 nucleus 0.15613836678463497 0.3620748327444633 1 4 A0A0H5AXM4 BP 0010017 red or far-red light signaling pathway 14.60792724473339 0.8484894809261146 2 91 A0A0H5AXM4 MF 0042803 protein homodimerization activity 9.033762728133205 0.7411162931740077 2 91 A0A0H5AXM4 CC 0043231 intracellular membrane-bounded organelle 0.10837932077379882 0.35250131331926804 2 4 A0A0H5AXM4 BP 0071489 cellular response to red or far red light 14.603653650272454 0.8484638119779288 3 91 A0A0H5AXM4 MF 0042802 identical protein binding 8.372685237117768 0.7248448057057988 3 91 A0A0H5AXM4 CC 0043227 membrane-bounded organelle 0.10745141959948139 0.35229624541361065 3 4 A0A0H5AXM4 BP 0009639 response to red or far red light 12.561763857907989 0.8193262429053034 4 91 A0A0H5AXM4 MF 0000155 phosphorelay sensor kinase activity 6.651975248482564 0.6791914688517855 4 97 A0A0H5AXM4 CC 0043229 intracellular organelle 0.07321437279918264 0.34398844041572635 4 4 A0A0H5AXM4 BP 0009584 detection of visible light 12.156134317758742 0.8109492133985794 5 97 A0A0H5AXM4 MF 0004673 protein histidine kinase activity 6.581688862385813 0.6772077308637159 5 97 A0A0H5AXM4 CC 0043226 organelle 0.07186156281850456 0.3436237742692695 5 4 A0A0H5AXM4 BP 0017006 protein-tetrapyrrole linkage 11.294463941742974 0.7926770845668112 6 91 A0A0H5AXM4 MF 0038023 signaling receptor activity 6.567131883456199 0.6767955578667695 6 97 A0A0H5AXM4 CC 0005622 intracellular anatomical structure 0.04883794255163561 0.33678819559174117 6 4 A0A0H5AXM4 BP 0071482 cellular response to light stimulus 11.123311872968701 0.7889656596851299 7 91 A0A0H5AXM4 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520332991353813 0.67546736812998 7 97 A0A0H5AXM4 CC 0110165 cellular anatomical entity 0.0011545395484524584 0.3096336805208288 7 4 A0A0H5AXM4 BP 0071478 cellular response to radiation 10.905549059585434 0.7842019572902723 8 91 A0A0H5AXM4 MF 0060089 molecular transducer activity 6.470743706570495 0.6740547730778284 8 97 A0A0H5AXM4 BP 0009583 detection of light stimulus 10.675566889881683 0.7791190170746227 9 97 A0A0H5AXM4 MF 0046983 protein dimerization activity 6.453904979377582 0.6735738765979732 9 91 A0A0H5AXM4 BP 0007602 phototransduction 10.545007113739183 0.7762090739097688 10 91 A0A0H5AXM4 MF 0140299 small molecule sensor activity 6.340083377663198 0.6703066622131062 10 97 A0A0H5AXM4 BP 0009582 detection of abiotic stimulus 10.521440212071631 0.7756818943958618 11 97 A0A0H5AXM4 MF 0004672 protein kinase activity 5.300217235221828 0.6389823536755586 11 97 A0A0H5AXM4 BP 0009581 detection of external stimulus 10.520469445332608 0.7756601661868285 12 97 A0A0H5AXM4 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621659652983 0.6215610666096778 12 97 A0A0H5AXM4 BP 0071214 cellular response to abiotic stimulus 10.056302559401411 0.7651535037459942 13 91 A0A0H5AXM4 MF 0005515 protein binding 4.724833435062425 0.6203166223517996 13 91 A0A0H5AXM4 BP 0104004 cellular response to environmental stimulus 10.056302559401411 0.7651535037459942 14 91 A0A0H5AXM4 MF 0016301 kinase activity 4.321889772280128 0.6065585346558431 14 97 A0A0H5AXM4 BP 0009416 response to light stimulus 9.687496232750188 0.7566312675340372 15 97 A0A0H5AXM4 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660067311395042 0.5824865107035151 15 97 A0A0H5AXM4 BP 0009314 response to radiation 9.53929228417688 0.7531610136890302 16 97 A0A0H5AXM4 MF 0140096 catalytic activity, acting on a protein 3.5021646989872446 0.5764283173232706 16 97 A0A0H5AXM4 BP 0051606 detection of stimulus 8.520063231464057 0.728526419553437 17 97 A0A0H5AXM4 MF 0016740 transferase activity 2.3012846664396287 0.5249681926060441 17 97 A0A0H5AXM4 BP 0009628 response to abiotic stimulus 7.977921493577544 0.7148205163923833 18 97 A0A0H5AXM4 MF 0005488 binding 0.832735800751348 0.4372013290373825 18 91 A0A0H5AXM4 BP 0009605 response to external stimulus 5.552295998999529 0.6468392678994141 19 97 A0A0H5AXM4 MF 0003824 catalytic activity 0.7267407576644739 0.42848168064568526 19 97 A0A0H5AXM4 BP 0000160 phosphorelay signal transduction system 5.175294315410714 0.6350194469957479 20 97 A0A0H5AXM4 BP 0035556 intracellular signal transduction 4.829727259446084 0.6238008194912577 21 97 A0A0H5AXM4 BP 0007165 signal transduction 4.053963439616462 0.5970523103311678 22 97 A0A0H5AXM4 BP 0023052 signaling 4.027215320996045 0.5960862414411026 23 97 A0A0H5AXM4 BP 0036211 protein modification process 3.948732854168126 0.5932330010826159 24 91 A0A0H5AXM4 BP 0007154 cell communication 3.9074695756767595 0.5917214928585943 25 97 A0A0H5AXM4 BP 0006355 regulation of DNA-templated transcription 3.5211827083201275 0.5771651094852726 26 97 A0A0H5AXM4 BP 1903506 regulation of nucleic acid-templated transcription 3.521163203816187 0.5771643548660721 27 97 A0A0H5AXM4 BP 2001141 regulation of RNA biosynthetic process 3.5193224538475922 0.5770931277902711 28 97 A0A0H5AXM4 BP 0051252 regulation of RNA metabolic process 3.4937088365045796 0.576100079492213 29 97 A0A0H5AXM4 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464137476059274 0.5749490499025977 30 97 A0A0H5AXM4 BP 0043412 macromolecule modification 3.446938622302197 0.5742773448410348 31 91 A0A0H5AXM4 BP 0010556 regulation of macromolecule biosynthetic process 3.437168960101973 0.5738950420653923 32 97 A0A0H5AXM4 BP 0031326 regulation of cellular biosynthetic process 3.4324215200010224 0.5737090708564347 33 97 A0A0H5AXM4 BP 0009889 regulation of biosynthetic process 3.4302837829591852 0.5736252874080082 34 97 A0A0H5AXM4 BP 0051716 cellular response to stimulus 3.3996314663489433 0.5724210604160485 35 97 A0A0H5AXM4 BP 0031323 regulation of cellular metabolic process 3.3439517273522212 0.5702196189094809 36 97 A0A0H5AXM4 BP 0051171 regulation of nitrogen compound metabolic process 3.3277564946785847 0.5695758639203814 37 97 A0A0H5AXM4 BP 0080090 regulation of primary metabolic process 3.3217422682084305 0.5693364017105906 38 97 A0A0H5AXM4 BP 0010468 regulation of gene expression 3.29738052691181 0.5683641908642559 39 97 A0A0H5AXM4 BP 0060255 regulation of macromolecule metabolic process 3.204814626176823 0.5646369826636275 40 97 A0A0H5AXM4 BP 0019222 regulation of metabolic process 3.1693273186854234 0.5631938193321797 41 97 A0A0H5AXM4 BP 0050896 response to stimulus 3.0382060689465042 0.5577901422020264 42 97 A0A0H5AXM4 BP 0050794 regulation of cellular process 2.636223069045098 0.5404532532407571 43 97 A0A0H5AXM4 BP 0050789 regulation of biological process 2.4605587226458967 0.5324631620168028 44 97 A0A0H5AXM4 BP 0065007 biological regulation 2.3629838284151887 0.5279014394528642 45 97 A0A0H5AXM4 BP 0019538 protein metabolic process 2.2206727423087935 0.5210759049732803 46 91 A0A0H5AXM4 BP 1901564 organonitrogen compound metabolic process 1.5218630806160773 0.4838242591140351 47 91 A0A0H5AXM4 BP 0043170 macromolecule metabolic process 1.4310334782106364 0.47839667832878663 48 91 A0A0H5AXM4 BP 0006807 nitrogen compound metabolic process 1.025472131847551 0.45173764815389017 49 91 A0A0H5AXM4 BP 0044238 primary metabolic process 0.9186464150604331 0.4438684558891695 50 91 A0A0H5AXM4 BP 0071704 organic substance metabolic process 0.7873535719676674 0.43354023770521855 51 91 A0A0H5AXM4 BP 0008152 metabolic process 0.5722750790553066 0.41454215212169776 52 91 A0A0H5AXM4 BP 0009987 cellular process 0.3482054903403522 0.3903809796924922 53 97 A0A0H5AXM4 BP 0017012 protein-phytochromobilin linkage 0.25034740305352765 0.37735042541151187 54 1 A0A0H5AXM4 BP 0017007 protein-bilin linkage 0.15214629318615785 0.361336616999036 55 1 A0A0H5AXN8 BP 0009584 detection of visible light 12.154886260953985 0.8109232247093601 1 5 A0A0H5AXN8 MF 0009881 photoreceptor activity 10.825641875594474 0.7824420231556288 1 5 A0A0H5AXN8 BP 0009583 detection of light stimulus 10.674470841289814 0.7790946624127919 2 5 A0A0H5AXN8 MF 0000155 phosphorelay sensor kinase activity 6.651292297574248 0.6791722440468049 2 5 A0A0H5AXN8 BP 0009582 detection of abiotic stimulus 10.520359987494537 0.7756577161813434 3 5 A0A0H5AXN8 MF 0004673 protein histidine kinase activity 6.581013127702668 0.6771886078954368 3 5 A0A0H5AXN8 BP 0009581 detection of external stimulus 10.519389320423056 0.7756359890877444 4 5 A0A0H5AXN8 MF 0038023 signaling receptor activity 6.566457643321907 0.6767764560577052 4 5 A0A0H5AXN8 BP 0009416 response to light stimulus 9.686501628274925 0.7566080672979687 5 5 A0A0H5AXN8 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.519663556009779 0.6754483345045483 5 5 A0A0H5AXN8 BP 0009314 response to radiation 9.538312895636361 0.7531379916010877 6 5 A0A0H5AXN8 MF 0060089 molecular transducer activity 6.470079362503236 0.6740358119690402 6 5 A0A0H5AXN8 BP 0051606 detection of stimulus 8.519188486038 0.7285046621011603 7 5 A0A0H5AXN8 MF 0140299 small molecule sensor activity 6.339432448346742 0.670287893516446 7 5 A0A0H5AXN8 BP 0009628 response to abiotic stimulus 7.9771024092413905 0.7147994625430916 8 5 A0A0H5AXN8 MF 0004672 protein kinase activity 5.299673067806909 0.6389651930361517 8 5 A0A0H5AXN8 BP 0009605 response to external stimulus 5.551725950937996 0.6468217039193273 9 5 A0A0H5AXN8 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.761677039009482 0.6215448003053206 9 5 A0A0H5AXN8 BP 0000160 phosphorelay signal transduction system 5.174762973693181 0.6350024897951759 10 5 A0A0H5AXN8 MF 0016301 kinase activity 4.321446048658893 0.6065430385178983 10 5 A0A0H5AXN8 BP 0035556 intracellular signal transduction 4.829231396714257 0.6237844382074791 11 5 A0A0H5AXN8 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.65969153635057 0.5824722503212669 11 5 A0A0H5AXN8 BP 0007165 signal transduction 4.053547223694131 0.5970373022024941 12 5 A0A0H5AXN8 MF 0140096 catalytic activity, acting on a protein 3.501805135628557 0.5764143679429969 12 5 A0A0H5AXN8 BP 0023052 signaling 4.026801851273335 0.5960712829063115 13 5 A0A0H5AXN8 MF 0016740 transferase activity 2.3010483960996875 0.5249568849704943 13 5 A0A0H5AXN8 BP 0007154 cell communication 3.907068400116682 0.5917067583914986 14 5 A0A0H5AXN8 MF 0003824 catalytic activity 0.7266661439983045 0.42847532621876633 14 5 A0A0H5AXN8 BP 0006355 regulation of DNA-templated transcription 3.520821192403551 0.5771511222812117 15 5 A0A0H5AXN8 BP 1903506 regulation of nucleic acid-templated transcription 3.520801689902117 0.5771503677007501 16 5 A0A0H5AXN8 BP 2001141 regulation of RNA biosynthetic process 3.5189611289212763 0.5770791442814454 17 5 A0A0H5AXN8 BP 0051252 regulation of RNA metabolic process 3.4933501412998993 0.5760861469622784 18 5 A0A0H5AXN8 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4637818169133157 0.5749351764616445 19 5 A0A0H5AXN8 BP 0010556 regulation of macromolecule biosynthetic process 3.436816069783586 0.5738812227327348 20 5 A0A0H5AXN8 BP 0031326 regulation of cellular biosynthetic process 3.432069117097036 0.5736952610707511 21 5 A0A0H5AXN8 BP 0009889 regulation of biosynthetic process 3.429931599534286 0.5736114819234117 22 5 A0A0H5AXN8 BP 0051716 cellular response to stimulus 3.3992824299633355 0.5724073167513624 23 5 A0A0H5AXN8 BP 0031323 regulation of cellular metabolic process 3.3436084075435546 0.5702059882574724 24 5 A0A0H5AXN8 BP 0051171 regulation of nitrogen compound metabolic process 3.327414837616464 0.5695622663160259 25 5 A0A0H5AXN8 BP 0080090 regulation of primary metabolic process 3.321401228620259 0.5693228163992101 26 5 A0A0H5AXN8 BP 0010468 regulation of gene expression 3.2970419885165514 0.5683506554620603 27 5 A0A0H5AXN8 BP 0060255 regulation of macromolecule metabolic process 3.204485591419751 0.5646236386005057 28 5 A0A0H5AXN8 BP 0019222 regulation of metabolic process 3.169001927370785 0.5631805493549473 29 5 A0A0H5AXN8 BP 0050896 response to stimulus 3.037894139704899 0.557777149626678 30 5 A0A0H5AXN8 BP 0050794 regulation of cellular process 2.6359524109514827 0.5404411506678174 31 5 A0A0H5AXN8 BP 0050789 regulation of biological process 2.4603060998155604 0.5324514696212858 32 5 A0A0H5AXN8 BP 0065007 biological regulation 2.3627412234908363 0.5278899812368518 33 5 A0A0H5AXN8 BP 0009987 cellular process 0.3481697404695205 0.390376581194096 34 5 A0A0H5AXQ1 BP 0009585 red, far-red light phototransduction 14.789137001486834 0.8495744664764489 1 91 A0A0H5AXQ1 MF 0009881 photoreceptor activity 10.826753809848674 0.782466557686065 1 97 A0A0H5AXQ1 CC 0005634 nucleus 0.15473315291659265 0.36181606824936957 1 4 A0A0H5AXQ1 BP 0010017 red or far-red light signaling pathway 14.617824756551615 0.8485489149976706 2 91 A0A0H5AXQ1 MF 0042803 protein homodimerization activity 9.039883498853566 0.7412641137355082 2 91 A0A0H5AXQ1 CC 0043231 intracellular membrane-bounded organelle 0.10740392870523433 0.35228572606412145 2 4 A0A0H5AXQ1 BP 0071489 cellular response to red or far red light 14.613548266542873 0.8485232373550377 3 91 A0A0H5AXQ1 MF 0042802 identical protein binding 8.378358098824725 0.7249871148772534 3 91 A0A0H5AXQ1 CC 0043227 membrane-bounded organelle 0.1064843784546852 0.35208158302901316 3 4 A0A0H5AXQ1 BP 0009639 response to red or far red light 12.570275004230012 0.8195005543170886 4 91 A0A0H5AXQ1 MF 0000155 phosphorelay sensor kinase activity 6.65197547182159 0.6791914751385317 4 97 A0A0H5AXQ1 CC 0043229 intracellular organelle 0.07255545818315276 0.3438112468107799 4 4 A0A0H5AXQ1 BP 0009584 detection of visible light 12.156134725899042 0.8109492218971981 5 97 A0A0H5AXQ1 MF 0004673 protein histidine kinase activity 6.581689083364984 0.6772077371171602 5 97 A0A0H5AXQ1 CC 0043226 organelle 0.07121482321995963 0.3434482253340632 5 4 A0A0H5AXQ1 BP 0017006 protein-tetrapyrrole linkage 11.302116436752778 0.792842369520119 6 91 A0A0H5AXQ1 MF 0038023 signaling receptor activity 6.567132103946621 0.6767955641132943 6 97 A0A0H5AXQ1 CC 0005622 intracellular anatomical structure 0.04839841090048884 0.3366434755928569 6 4 A0A0H5AXQ1 BP 0071482 cellular response to light stimulus 11.130848404940423 0.7891296875247171 7 91 A0A0H5AXQ1 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203332102729705 0.6754673743542081 7 97 A0A0H5AXQ1 CC 0110165 cellular anatomical entity 0.0011441489249426936 0.30961142927776875 7 4 A0A0H5AXQ1 BP 0071478 cellular response to radiation 10.912938047693956 0.7843643715944031 8 91 A0A0H5AXQ1 MF 0060089 molecular transducer activity 6.470743923824699 0.6740547792783425 8 97 A0A0H5AXQ1 BP 0009583 detection of light stimulus 10.675567248312166 0.7791190250388946 9 97 A0A0H5AXQ1 MF 0046983 protein dimerization activity 6.458277783248859 0.6736988195582028 9 91 A0A0H5AXQ1 BP 0007602 phototransduction 10.552151818855997 0.7763687809077613 10 91 A0A0H5AXQ1 MF 0140299 small molecule sensor activity 6.340083590530504 0.6703066683506993 10 97 A0A0H5AXQ1 BP 0009582 detection of abiotic stimulus 10.521440565327335 0.7756819023024333 11 97 A0A0H5AXQ1 MF 0004672 protein kinase activity 5.3002174131757895 0.6389823592872973 11 97 A0A0H5AXQ1 BP 0009581 detection of external stimulus 10.52046979855572 0.7756601740930353 12 97 A0A0H5AXQ1 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762166125187276 0.6215610719289582 12 97 A0A0H5AXQ1 BP 0071214 cellular response to abiotic stimulus 10.06311614573449 0.7653094660611809 13 91 A0A0H5AXQ1 MF 0005515 protein binding 4.728034717077265 0.6204235263035187 13 91 A0A0H5AXQ1 BP 0104004 cellular response to environmental stimulus 10.06311614573449 0.7653094660611809 14 91 A0A0H5AXQ1 MF 0016301 kinase activity 4.321889917386899 0.6065585397232696 14 97 A0A0H5AXQ1 BP 0009416 response to light stimulus 9.687496558006353 0.7566312751207979 15 97 A0A0H5AXQ1 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660067434281227 0.5824865153668344 15 97 A0A0H5AXQ1 BP 0009314 response to radiation 9.539292604457122 0.7531610212175343 16 97 A0A0H5AXQ1 MF 0140096 catalytic activity, acting on a protein 3.502164816571875 0.5764283218848885 16 97 A0A0H5AXQ1 BP 0051606 detection of stimulus 8.520063517523843 0.7285264266683897 17 97 A0A0H5AXQ1 MF 0016740 transferase activity 2.3012847437049 0.5249681963037791 17 97 A0A0H5AXQ1 BP 0009628 response to abiotic stimulus 7.977921761435008 0.7148205232772493 18 97 A0A0H5AXQ1 MF 0005488 binding 0.8333000158033066 0.43724620916941287 18 91 A0A0H5AXQ1 BP 0009605 response to external stimulus 5.552296185416996 0.6468392736430502 19 97 A0A0H5AXQ1 MF 0003824 catalytic activity 0.726740782064681 0.4284816827236605 19 97 A0A0H5AXQ1 BP 0000160 phosphorelay signal transduction system 5.175294489170408 0.6350194525409596 20 97 A0A0H5AXQ1 BP 0035556 intracellular signal transduction 4.829727421603419 0.6238008248481375 21 97 A0A0H5AXQ1 BP 0007165 signal transduction 4.053963575727648 0.5970523152390093 22 97 A0A0H5AXQ1 BP 0023052 signaling 4.027215456209168 0.5960862463327261 23 97 A0A0H5AXQ1 BP 0036211 protein modification process 3.9514082939780573 0.5933307314169285 24 91 A0A0H5AXQ1 BP 0007154 cell communication 3.907469706869437 0.5917214976769452 25 97 A0A0H5AXQ1 BP 0006355 regulation of DNA-templated transcription 3.521182826543284 0.5771651140592592 26 97 A0A0H5AXQ1 BP 1903506 regulation of nucleic acid-templated transcription 3.52116332203869 0.577164359440046 27 97 A0A0H5AXQ1 BP 2001141 regulation of RNA biosynthetic process 3.519322572008292 0.5770931323630493 28 97 A0A0H5AXQ1 BP 0051252 regulation of RNA metabolic process 3.4937089538053057 0.5761000840483205 29 97 A0A0H5AXQ1 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464137592367146 0.5749490544393824 30 97 A0A0H5AXQ1 BP 0043412 macromolecule modification 3.44927407449739 0.5743686546182026 31 91 A0A0H5AXQ1 BP 0010556 regulation of macromolecule biosynthetic process 3.4371690755043818 0.5738950465844829 32 97 A0A0H5AXQ1 BP 0031326 regulation of cellular biosynthetic process 3.4324216352440367 0.5737090753724035 33 97 A0A0H5AXQ1 BP 0009889 regulation of biosynthetic process 3.4302838981304253 0.5736252919225704 34 97 A0A0H5AXQ1 BP 0051716 cellular response to stimulus 3.3996315804910364 0.5724210649103947 35 97 A0A0H5AXQ1 BP 0031323 regulation of cellular metabolic process 3.343951839624875 0.5702196233668706 36 97 A0A0H5AXQ1 BP 0051171 regulation of nitrogen compound metabolic process 3.327756606407487 0.5695758683669642 37 97 A0A0H5AXQ1 BP 0080090 regulation of primary metabolic process 3.3217423797354058 0.5693364061531534 38 97 A0A0H5AXQ1 BP 0010468 regulation of gene expression 3.297380637620844 0.5683641952904979 39 97 A0A0H5AXQ1 BP 0060255 regulation of macromolecule metabolic process 3.204814733777971 0.5646369870272991 40 97 A0A0H5AXQ1 BP 0019222 regulation of metabolic process 3.169327425095091 0.5631938236716243 41 97 A0A0H5AXQ1 BP 0050896 response to stimulus 3.038206170953797 0.5577901464507573 42 97 A0A0H5AXQ1 BP 0050794 regulation of cellular process 2.636223157555874 0.5404532571984464 43 97 A0A0H5AXQ1 BP 0050789 regulation of biological process 2.4605588052587697 0.5324631658403589 44 97 A0A0H5AXQ1 BP 0065007 biological regulation 2.362983907752 0.5279014431998408 45 97 A0A0H5AXQ1 BP 0019538 protein metabolic process 2.222177345552168 0.5211491946470815 46 91 A0A0H5AXQ1 BP 1901564 organonitrogen compound metabolic process 1.5228942096444307 0.4838849311122504 47 91 A0A0H5AXQ1 BP 0043170 macromolecule metabolic process 1.4320030661970478 0.47845551192625524 48 91 A0A0H5AXQ1 BP 0006807 nitrogen compound metabolic process 1.0261669342226027 0.4517874519491466 49 91 A0A0H5AXQ1 BP 0044238 primary metabolic process 0.9192688383240147 0.4439155942742721 50 91 A0A0H5AXQ1 BP 0071704 organic substance metabolic process 0.7878870385678985 0.43358387777223556 51 91 A0A0H5AXQ1 BP 0008152 metabolic process 0.5726628205372658 0.4145793572601333 52 91 A0A0H5AXQ1 BP 0009987 cellular process 0.3482055020312969 0.39038098113085495 53 97 A0A0H5AXQ1 BP 0017012 protein-phytochromobilin linkage 0.2479338241185167 0.37699936881635726 54 1 A0A0H5AXQ1 BP 0017007 protein-bilin linkage 0.1506794631579846 0.36106294127295274 55 1 A0A0H5B064 BP 0009585 red, far-red light phototransduction 15.589500738319817 0.8542889404479637 1 98 A0A0H5B064 MF 0009881 photoreceptor activity 10.826759823136522 0.7824666903642197 1 99 A0A0H5B064 CC 0005634 nucleus 0.1939385966962532 0.36864384404843814 1 5 A0A0H5B064 BP 0010017 red or far-red light signaling pathway 15.408917356839723 0.8532360040162604 2 98 A0A0H5B064 MF 0042803 protein homodimerization activity 9.52910710513633 0.752921537034839 2 98 A0A0H5B064 CC 0043231 intracellular membrane-bounded organelle 0.13461735135705305 0.35797422456831074 2 5 A0A0H5B064 BP 0071489 cellular response to red or far red light 15.404409430235082 0.8532096407122547 3 98 A0A0H5B064 MF 0042802 identical protein binding 8.831781039989314 0.7362098990027186 3 98 A0A0H5B064 CC 0043227 membrane-bounded organelle 0.13346481047087777 0.3577456778423081 3 5 A0A0H5B064 BP 0009639 response to red or far red light 13.25055758423399 0.8332470987250886 4 98 A0A0H5B064 MF 0046983 protein dimerization activity 6.807789140104016 0.6835520697480464 4 98 A0A0H5B064 CC 0043229 intracellular organelle 0.09093916512047888 0.34848668811181843 4 5 A0A0H5B064 BP 0009584 detection of visible light 12.15614147753841 0.8109493624851309 5 99 A0A0H5B064 MF 0000155 phosphorelay sensor kinase activity 6.651979166395603 0.6791915791366812 5 99 A0A0H5B064 CC 0043226 organelle 0.08925884736993346 0.34808027027871313 5 5 A0A0H5B064 BP 0017006 protein-tetrapyrrole linkage 11.913768363740234 0.8058770694709305 6 98 A0A0H5B064 MF 0004673 protein histidine kinase activity 6.581692738901231 0.6772078405644159 6 99 A0A0H5B064 CC 0005622 intracellular anatomical structure 0.06066133673000931 0.340462066337563 6 5 A0A0H5B064 BP 0071482 cellular response to light stimulus 11.733231588124399 0.8020652489887992 7 98 A0A0H5B064 MF 0038023 signaling receptor activity 6.567135751397776 0.6767956674460875 7 99 A0A0H5B064 CC 0110165 cellular anatomical entity 0.0014340471497696608 0.3101985519385089 7 5 A0A0H5B064 BP 0071478 cellular response to radiation 11.503528281241797 0.7971726864451998 8 98 A0A0H5B064 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336831731549 0.6754674773181563 8 99 A0A0H5B064 BP 0007602 phototransduction 11.123216895913533 0.7889635922152529 9 98 A0A0H5B064 MF 0060089 molecular transducer activity 6.47074751774089 0.6740548818500061 9 99 A0A0H5B064 BP 0009583 detection of light stimulus 10.675573177629479 0.7791191567874229 10 99 A0A0H5B064 MF 0140299 small molecule sensor activity 6.340087111876633 0.6703067698814937 10 99 A0A0H5B064 BP 0071214 cellular response to abiotic stimulus 10.607715417603742 0.7776089642393729 11 98 A0A0H5B064 MF 0004672 protein kinase activity 5.300220356969795 0.6389824521191749 11 99 A0A0H5B064 BP 0104004 cellular response to environmental stimulus 10.607715417603742 0.7776089642393729 12 98 A0A0H5B064 MF 0005515 protein binding 4.983908168899071 0.6288541844265254 12 98 A0A0H5B064 BP 0009582 detection of abiotic stimulus 10.52144640904114 0.7756820330964556 13 99 A0A0H5B064 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168770142191 0.6215611599228574 13 99 A0A0H5B064 BP 0009581 detection of external stimulus 10.52047564173035 0.7756603048810236 14 99 A0A0H5B064 MF 0016301 kinase activity 4.321892317807984 0.6065586235508909 14 99 A0A0H5B064 BP 0009416 response to light stimulus 9.68750193853928 0.756631400624366 15 99 A0A0H5B064 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600694671194556 0.5824865925095345 15 99 A0A0H5B064 BP 0009314 response to radiation 9.539297902676081 0.7531611457573955 16 99 A0A0H5B064 MF 0140096 catalytic activity, acting on a protein 3.5021667617094026 0.576428397345198 16 99 A0A0H5B064 BP 0051606 detection of stimulus 8.520068249652727 0.7285265443671013 17 99 A0A0H5B064 MF 0016740 transferase activity 2.3012860218615696 0.5249682574733553 17 99 A0A0H5B064 BP 0009628 response to abiotic stimulus 7.977926192452913 0.7148206371697631 18 99 A0A0H5B064 MF 0005488 binding 0.8783968402146475 0.4407855455884975 18 98 A0A0H5B064 BP 0009605 response to external stimulus 5.552299269218085 0.6468393686568321 19 99 A0A0H5B064 MF 0003824 catalytic activity 0.7267411857038133 0.4284817170984509 19 99 A0A0H5B064 BP 0000160 phosphorelay signal transduction system 5.175297363580968 0.6350195442723183 20 99 A0A0H5B064 BP 0035556 intracellular signal transduction 4.829730104082556 0.6238009134640274 21 99 A0A0H5B064 BP 0036211 protein modification process 4.165252002884342 0.60103793983709 22 98 A0A0H5B064 BP 0007165 signal transduction 4.053965827339751 0.5970523964267047 23 99 A0A0H5B064 BP 0023052 signaling 4.027217692965096 0.5960863272521393 24 99 A0A0H5B064 BP 0007154 cell communication 3.907471877117373 0.5917215773842459 25 99 A0A0H5B064 BP 0043412 macromolecule modification 3.635943106459722 0.5815695251399378 26 98 A0A0H5B064 BP 0006355 regulation of DNA-templated transcription 3.5211847822436058 0.5771651897241796 27 99 A0A0H5B064 BP 1903506 regulation of nucleic acid-templated transcription 3.521165277728178 0.5771644351047569 28 99 A0A0H5B064 BP 2001141 regulation of RNA biosynthetic process 3.519324526675409 0.5770932080079801 29 99 A0A0H5B064 BP 0051252 regulation of RNA metabolic process 3.4937108942463624 0.5761001594174768 30 99 A0A0H5B064 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464139516383971 0.574949129488892 31 99 A0A0H5B064 BP 0010556 regulation of macromolecule biosynthetic process 3.4371709845426217 0.5738951213412893 32 99 A0A0H5B064 BP 0031326 regulation of cellular biosynthetic process 3.4324235416455 0.5737091500775647 33 99 A0A0H5B064 BP 0009889 regulation of biosynthetic process 3.4302858033445682 0.5736253666044646 34 99 A0A0H5B064 BP 0051716 cellular response to stimulus 3.3996334686805745 0.5724211392578691 35 99 A0A0H5B064 BP 0031323 regulation of cellular metabolic process 3.3439536968893258 0.5702196971029938 36 99 A0A0H5B064 BP 0051171 regulation of nitrogen compound metabolic process 3.3277584546769425 0.5695759419243133 37 99 A0A0H5B064 BP 0080090 regulation of primary metabolic process 3.321744224664499 0.5693364796440026 38 99 A0A0H5B064 BP 0010468 regulation of gene expression 3.297382469019181 0.5683642685113592 39 99 A0A0H5B064 BP 0060255 regulation of macromolecule metabolic process 3.2048165137642752 0.5646370592130964 40 99 A0A0H5B064 BP 0019222 regulation of metabolic process 3.169329185371387 0.5631938954566478 41 99 A0A0H5B064 BP 0050896 response to stimulus 3.0382078584040304 0.5577902167351526 42 99 A0A0H5B064 BP 0050794 regulation of cellular process 2.6362246217407033 0.5404533226683012 43 99 A0A0H5B064 BP 0050789 regulation of biological process 2.460560171877853 0.5324632290913256 44 99 A0A0H5B064 BP 0065007 biological regulation 2.3629852201770047 0.5279015051839943 45 99 A0A0H5B064 BP 0019538 protein metabolic process 2.342437923570542 0.5269289639991932 46 98 A0A0H5B064 BP 1901564 organonitrogen compound metabolic process 1.6053107360658023 0.48866964548779446 47 98 A0A0H5B064 BP 0043170 macromolecule metabolic process 1.5095007136326304 0.4830952463647653 48 98 A0A0H5B064 BP 0006807 nitrogen compound metabolic process 1.081701398607257 0.45571507823688584 49 98 A0A0H5B064 BP 0044238 primary metabolic process 0.9690181538196486 0.4476330210193076 50 98 A0A0H5B064 BP 0071704 organic substance metabolic process 0.8305261874463677 0.437025420199519 51 98 A0A0H5B064 BP 0008152 metabolic process 0.6036543892098963 0.41751342842892336 52 98 A0A0H5B064 BP 0009987 cellular process 0.34820569542813135 0.39038100492489053 53 99 A0A0H5B064 BP 0017012 protein-phytochromobilin linkage 0.25033155530958706 0.377348125879848 54 1 A0A0H5B064 BP 0017007 protein-bilin linkage 0.15213666186797156 0.3613348243365239 55 1 A0A0H5B071 BP 0009585 red, far-red light phototransduction 15.432646885297295 0.8533747157617969 1 96 A0A0H5B071 MF 0009881 photoreceptor activity 10.826756822150601 0.782466624149986 1 98 A0A0H5B071 CC 0005634 nucleus 0.19347886825435914 0.3685680101346628 1 5 A0A0H5B071 BP 0010017 red or far-red light signaling pathway 15.253880444568058 0.8523270897846947 2 96 A0A0H5B071 MF 0042803 protein homodimerization activity 9.433229938163885 0.7506609446078285 2 96 A0A0H5B071 CC 0043231 intracellular membrane-bounded organelle 0.13429824300912468 0.35791104424169007 2 5 A0A0H5B071 BP 0071489 cellular response to red or far red light 15.249417874493364 0.8523008594432544 3 96 A0A0H5B071 MF 0042802 identical protein binding 8.742920023307207 0.7340335912413409 3 96 A0A0H5B071 CC 0043227 membrane-bounded organelle 0.1331484342032823 0.3576827685596475 3 5 A0A0H5B071 BP 0009639 response to red or far red light 13.117237021460923 0.8305813866386045 4 96 A0A0H5B071 MF 0046983 protein dimerization activity 6.739292529781825 0.6816413402335852 4 96 A0A0H5B071 CC 0043229 intracellular organelle 0.09072359523702002 0.34843475948631597 4 5 A0A0H5B071 BP 0009584 detection of visible light 12.156138108071458 0.8109492923234509 5 98 A0A0H5B071 MF 0000155 phosphorelay sensor kinase activity 6.651977322584883 0.6791915272354636 5 98 A0A0H5B071 CC 0043226 organelle 0.0890472606536961 0.3480288236426089 5 5 A0A0H5B071 BP 0017006 protein-tetrapyrrole linkage 11.793897913541848 0.803349397339573 6 96 A0A0H5B071 MF 0004673 protein histidine kinase activity 6.581690914572664 0.6772077889381269 6 98 A0A0H5B071 CC 0005622 intracellular anatomical structure 0.06051753997014218 0.3404196544761019 6 5 A0A0H5B071 BP 0071482 cellular response to light stimulus 11.615177609751692 0.7995568016643798 7 96 A0A0H5B071 MF 0038023 signaling receptor activity 6.567133931104148 0.6767956158769222 7 98 A0A0H5B071 CC 0110165 cellular anatomical entity 0.001430647763195781 0.310192030955609 7 5 A0A0H5B071 BP 0071478 cellular response to radiation 11.387785464037197 0.7946889146192133 8 96 A0A0H5B071 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520335024409752 0.6754674259330663 8 98 A0A0H5B071 BP 0007602 phototransduction 11.01130058394078 0.7865212227198455 9 96 A0A0H5B071 MF 0060089 molecular transducer activity 6.470745724164372 0.6740548306606893 9 98 A0A0H5B071 BP 0009583 detection of light stimulus 10.675570218549819 0.7791190910371278 10 98 A0A0H5B071 MF 0140299 small molecule sensor activity 6.340085354516862 0.6703067192116321 10 98 A0A0H5B071 BP 0009582 detection of abiotic stimulus 10.521443492682689 0.7756819678225153 11 98 A0A0H5B071 MF 0004672 protein kinase activity 5.300218887842658 0.6389824057905864 11 98 A0A0H5B071 BP 0009581 detection of external stimulus 10.520472725640978 0.7756602396100947 12 98 A0A0H5B071 MF 0005515 protein binding 4.933762547655366 0.6272193221230629 12 96 A0A0H5B071 BP 0071214 cellular response to abiotic stimulus 10.500985826775493 0.7752238614834968 13 96 A0A0H5B071 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167450153417 0.6215611160087058 13 98 A0A0H5B071 BP 0104004 cellular response to environmental stimulus 10.500985826775493 0.7752238614834968 14 96 A0A0H5B071 MF 0016301 kinase activity 4.321891119856039 0.606558581715958 14 98 A0A0H5B071 BP 0009416 response to light stimulus 9.687499253335451 0.7566313379906746 15 98 A0A0H5B071 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660068452613073 0.582486554010772 15 98 A0A0H5B071 BP 0009314 response to radiation 9.539295258551785 0.7531610836046508 16 98 A0A0H5B071 MF 0140096 catalytic activity, acting on a protein 3.5021657909708512 0.5764283596860477 16 98 A0A0H5B071 BP 0051606 detection of stimulus 8.520065888040826 0.7285264856284943 17 98 A0A0H5B071 MF 0016740 transferase activity 2.3012853839858742 0.5249682269461249 17 98 A0A0H5B071 BP 0009628 response to abiotic stimulus 7.97792398111318 0.7148205803306735 18 98 A0A0H5B071 MF 0005488 binding 0.8695588452600171 0.44009920205440933 18 96 A0A0H5B071 BP 0009605 response to external stimulus 5.552297730219141 0.6468393212393445 19 98 A0A0H5B071 MF 0003824 catalytic activity 0.726740984264038 0.42848169994340074 19 98 A0A0H5B071 BP 0000160 phosphorelay signal transduction system 5.175295929080269 0.6350194984929538 20 98 A0A0H5B071 BP 0035556 intracellular signal transduction 4.829728765366978 0.6238008692394658 21 98 A0A0H5B071 BP 0036211 protein modification process 4.1233432954517655 0.5995433679629599 22 96 A0A0H5B071 BP 0007165 signal transduction 4.053964703652279 0.5970523559092507 23 98 A0A0H5B071 BP 0023052 signaling 4.027216576691734 0.596086286868574 24 98 A0A0H5B071 BP 0007154 cell communication 3.9074707940354285 0.5917215376055962 25 98 A0A0H5B071 BP 0043412 macromolecule modification 3.5993600435899133 0.5801731416552399 26 96 A0A0H5B071 BP 0006355 regulation of DNA-templated transcription 3.5211838062335965 0.5771651519629165 27 98 A0A0H5B071 BP 1903506 regulation of nucleic acid-templated transcription 3.521164301723575 0.5771643973435983 28 98 A0A0H5B071 BP 2001141 regulation of RNA biosynthetic process 3.51932355118103 0.5770931702566929 29 98 A0A0H5B071 BP 0051252 regulation of RNA metabolic process 3.4937099258516278 0.5761001218038173 30 98 A0A0H5B071 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641385561858984 0.5749490920347551 31 98 A0A0H5B071 BP 0010556 regulation of macromolecule biosynthetic process 3.437170031819748 0.5738950840332286 32 98 A0A0H5B071 BP 0031326 regulation of cellular biosynthetic process 3.432422590238534 0.573709112795278 33 98 A0A0H5B071 BP 0009889 regulation of biosynthetic process 3.430284852530145 0.5736253293337895 34 98 A0A0H5B071 BP 0051716 cellular response to stimulus 3.399632526362435 0.5724211021540893 35 98 A0A0H5B071 BP 0031323 regulation of cellular metabolic process 3.3439527700046328 0.5702196603043144 36 98 A0A0H5B071 BP 0051171 regulation of nitrogen compound metabolic process 3.3277575322812827 0.5695759052148526 37 98 A0A0H5B071 BP 0080090 regulation of primary metabolic process 3.3217433039358775 0.5693364429677293 38 98 A0A0H5B071 BP 0010468 regulation of gene expression 3.2973815550432066 0.5683642319698259 39 98 A0A0H5B071 BP 0060255 regulation of macromolecule metabolic process 3.2048156254459426 0.5646370231881211 40 98 A0A0H5B071 BP 0019222 regulation of metabolic process 3.1693283068895135 0.5631938596316823 41 98 A0A0H5B071 BP 0050896 response to stimulus 3.0382070162666643 0.5577901816590891 42 98 A0A0H5B071 BP 0050794 regulation of cellular process 2.636223891025965 0.5404532899949778 43 98 A0A0H5B071 BP 0050789 regulation of biological process 2.4605594898541865 0.5324631975253584 44 98 A0A0H5B071 BP 0065007 biological regulation 2.3629845651993855 0.5279014742502416 45 98 A0A0H5B071 BP 0019538 protein metabolic process 2.3188694706774373 0.5258081586126375 46 96 A0A0H5B071 BP 1901564 organonitrogen compound metabolic process 1.5891588926888423 0.48774179987345667 47 96 A0A0H5B071 BP 0043170 macromolecule metabolic process 1.4943128633577636 0.48219551507203295 48 96 A0A0H5B071 BP 0006807 nitrogen compound metabolic process 1.0708178536471324 0.4549534380343979 49 96 A0A0H5B071 BP 0044238 primary metabolic process 0.959268371987202 0.4469121424398812 50 96 A0A0H5B071 BP 0071704 organic substance metabolic process 0.822169843345055 0.4363580407496539 51 96 A0A0H5B071 BP 0008152 metabolic process 0.597580717035855 0.4169444571482067 52 96 A0A0H5B071 BP 0009987 cellular process 0.34820559891168446 0.39038099305026175 53 98 A0A0H5B071 BP 0017012 protein-phytochromobilin linkage 0.2491642115650167 0.377178541920997 54 1 A0A0H5B071 BP 0017007 protein-bilin linkage 0.1514272196231385 0.3612026205445678 55 1 A0A0H5B076 BP 0009585 red, far-red light phototransduction 15.589345835807704 0.854288039871208 1 98 A0A0H5B076 MF 0009881 photoreceptor activity 10.82676024827816 0.7824666997446121 1 99 A0A0H5B076 CC 0005634 nucleus 0.19339615722190673 0.36855435708356754 1 5 A0A0H5B076 BP 0010017 red or far-red light signaling pathway 15.408764248664705 0.8532351086706826 2 98 A0A0H5B076 MF 0042803 protein homodimerization activity 9.529012420729591 0.7529193101894862 2 98 A0A0H5B076 CC 0043231 intracellular membrane-bounded organelle 0.13424083133189066 0.35789966932795264 2 5 A0A0H5B076 BP 0071489 cellular response to red or far red light 15.404256366852334 0.8532087454976547 3 98 A0A0H5B076 MF 0042802 identical protein binding 8.831693284448423 0.7362077551837944 3 98 A0A0H5B076 CC 0043227 membrane-bounded organelle 0.13309151406227807 0.3576714424443546 3 5 A0A0H5B076 BP 0009639 response to red or far red light 13.250425922246144 0.833244472807873 4 98 A0A0H5B076 MF 0046983 protein dimerization activity 6.807721495626017 0.6835501875427055 4 98 A0A0H5B076 CC 0043229 intracellular organelle 0.09068481145511376 0.34842541031597785 4 5 A0A0H5B076 BP 0009584 detection of visible light 12.15614195488177 0.8109493724247474 5 99 A0A0H5B076 MF 0000155 phosphorelay sensor kinase activity 6.65197942760333 0.6791915864893872 5 99 A0A0H5B076 CC 0043226 organelle 0.08900919349456822 0.3480195612490907 5 5 A0A0H5B076 BP 0017006 protein-tetrapyrrole linkage 11.913649984538793 0.8058745795329516 6 98 A0A0H5B076 MF 0004673 protein histidine kinase activity 6.581692997348975 0.6772078478781733 6 99 A0A0H5B076 CC 0005622 intracellular anatomical structure 0.06049166909205834 0.3404120186930763 6 5 A0A0H5B076 BP 0071482 cellular response to light stimulus 11.733115002796957 0.8020627779886311 7 98 A0A0H5B076 MF 0038023 signaling receptor activity 6.5671360092739 0.6767956747517525 7 99 A0A0H5B076 CC 0110165 cellular anatomical entity 0.0014300361700298856 0.31019085692530657 7 5 A0A0H5B076 BP 0071478 cellular response to radiation 11.503413978323517 0.797170239752164 8 98 A0A0H5B076 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337087769989 0.6754674845977438 8 99 A0A0H5B076 BP 0007602 phototransduction 11.123106371896833 0.7889611863064764 9 98 A0A0H5B076 MF 0060089 molecular transducer activity 6.470747771832073 0.674054889101859 9 99 A0A0H5B076 BP 0009583 detection of light stimulus 10.675573596834372 0.7791191661020905 10 99 A0A0H5B076 MF 0140299 small molecule sensor activity 6.340087360837086 0.6703067770597568 10 99 A0A0H5B076 BP 0071214 cellular response to abiotic stimulus 10.607610015782765 0.7776066147424339 11 98 A0A0H5B076 MF 0004672 protein kinase activity 5.300220565097103 0.6389824586824215 11 99 A0A0H5B076 BP 0104004 cellular response to environmental stimulus 10.607610015782765 0.7776066147424339 12 98 A0A0H5B076 MF 0005515 protein binding 4.983858647114605 0.6288525739701338 12 98 A0A0H5B076 BP 0009582 detection of abiotic stimulus 10.521446822193834 0.7756820423436392 13 99 A0A0H5B076 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168957141466 0.6215611661440572 13 99 A0A0H5B076 BP 0009581 detection of external stimulus 10.520476054844925 0.7756603141277806 14 99 A0A0H5B076 MF 0016301 kinase activity 4.321892487518628 0.6065586294775334 14 99 A0A0H5B076 BP 0009416 response to light stimulus 9.687502318944913 0.7566314094975126 15 99 A0A0H5B076 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696108418576 0.5824865979635506 15 99 A0A0H5B076 BP 0009314 response to radiation 9.539298277262091 0.7531611545624077 16 99 A0A0H5B076 MF 0140096 catalytic activity, acting on a protein 3.5021668992313337 0.5764284026802686 16 99 A0A0H5B076 BP 0051606 detection of stimulus 8.520068584215961 0.7285265526884417 17 99 A0A0H5B076 MF 0016740 transferase activity 2.3012861122277113 0.524968261798066 17 99 A0A0H5B076 BP 0009628 response to abiotic stimulus 7.977926505727491 0.7148206452220041 18 99 A0A0H5B076 MF 0005488 binding 0.8783881121688002 0.4407848694909883 18 98 A0A0H5B076 BP 0009605 response to external stimulus 5.552299487243944 0.64683937537434 19 99 A0A0H5B076 MF 0003824 catalytic activity 0.7267412142412467 0.4284817195287607 19 99 A0A0H5B076 BP 0000160 phosphorelay signal transduction system 5.17529756680284 0.6350195507577578 20 99 A0A0H5B076 BP 0035556 intracellular signal transduction 4.829730293734808 0.6238009197292022 21 99 A0A0H5B076 BP 0036211 protein modification process 4.165210615542332 0.6010364675768132 22 98 A0A0H5B076 BP 0007165 signal transduction 4.053965986529546 0.5970524021667034 23 99 A0A0H5B076 BP 0023052 signaling 4.027217851104554 0.5960863329731705 24 99 A0A0H5B076 BP 0007154 cell communication 3.907472030554692 0.5917215830195803 25 99 A0A0H5B076 BP 0043412 macromolecule modification 3.6359069785085745 0.5815681496022528 26 98 A0A0H5B076 BP 0006355 regulation of DNA-templated transcription 3.5211849205123302 0.5771651950737163 27 99 A0A0H5B076 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654159961365 0.5771644404542787 28 99 A0A0H5B076 BP 2001141 regulation of RNA biosynthetic process 3.519324664871086 0.5770932133561035 29 99 A0A0H5B076 BP 0051252 regulation of RNA metabolic process 3.493711031436251 0.5761001647461028 30 99 A0A0H5B076 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464139652412661 0.5749491347949189 31 99 A0A0H5B076 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711195123202 0.5738951266266219 32 99 A0A0H5B076 BP 0031326 regulation of cellular biosynthetic process 3.432423676428778 0.573709155359246 33 99 A0A0H5B076 BP 0009889 regulation of biosynthetic process 3.4302859380439017 0.5736253718845009 34 99 A0A0H5B076 BP 0051716 cellular response to stimulus 3.3996336021762623 0.5724211445142617 35 99 A0A0H5B076 BP 0031323 regulation of cellular metabolic process 3.343953828198599 0.5702197023161637 36 99 A0A0H5B076 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585853502654 0.5695759471248438 37 99 A0A0H5B076 BP 0080090 regulation of primary metabolic process 3.3217443551016577 0.5693364848398317 38 99 A0A0H5B076 BP 0010468 regulation of gene expression 3.2973825984997105 0.5683642736881 39 99 A0A0H5B076 BP 0060255 regulation of macromolecule metabolic process 3.2048166396099544 0.5646370643166577 40 99 A0A0H5B076 BP 0019222 regulation of metabolic process 3.1693293098235626 0.5631939005318745 41 99 A0A0H5B076 BP 0050896 response to stimulus 3.0382079777073767 0.5577902217042843 42 99 A0A0H5B076 BP 0050794 regulation of cellular process 2.636224725259104 0.5404533272970431 43 99 A0A0H5B076 BP 0050789 regulation of biological process 2.460560268498319 0.5324632335631913 44 99 A0A0H5B076 BP 0065007 biological regulation 2.36298531296593 0.5279015095662958 45 99 A0A0H5B076 BP 0019538 protein metabolic process 2.34241464832107 0.5269278599256607 46 98 A0A0H5B076 BP 1901564 organonitrogen compound metabolic process 1.6052947851594894 0.4886687314934495 47 98 A0A0H5B076 BP 0043170 macromolecule metabolic process 1.5094857147268606 0.4830943600650396 48 98 A0A0H5B076 BP 0006807 nitrogen compound metabolic process 1.0816906504590764 0.4557143279667686 49 98 A0A0H5B076 BP 0044238 primary metabolic process 0.9690085253300114 0.44763231090230665 50 98 A0A0H5B076 BP 0071704 organic substance metabolic process 0.8305179350593946 0.4370247627829902 51 98 A0A0H5B076 BP 0008152 metabolic process 0.6036483910972623 0.4175128679514852 52 98 A0A0H5B076 BP 0009987 cellular process 0.34820570910135795 0.39038100660713726 53 99 A0A0H5B076 BP 0017012 protein-phytochromobilin linkage 0.25050267190860903 0.3773729513089711 54 1 A0A0H5B076 BP 0017007 protein-bilin linkage 0.15224065638090145 0.36135417767565603 55 1 A0A0H5B0F0 BP 0009585 red, far-red light phototransduction 15.742258187749396 0.855174878989761 1 99 A0A0H5B0F0 MF 0009881 photoreceptor activity 10.82675956077592 0.7824666845754538 1 99 A0A0H5B0F0 CC 0005634 nucleus 0.19353919733193678 0.3685779667719404 1 5 A0A0H5B0F0 BP 0010017 red or far-red light signaling pathway 15.559905316840018 0.8541167964091112 2 99 A0A0H5B0F0 MF 0042803 protein homodimerization activity 9.62248033890153 0.7551121866515986 2 99 A0A0H5B0F0 CC 0043231 intracellular membrane-bounded organelle 0.1343401188439078 0.3579193395223096 2 5 A0A0H5B0F0 BP 0071489 cellular response to red or far red light 15.555353218238984 0.8540903042564068 3 99 A0A0H5B0F0 MF 0042802 identical protein binding 8.91832135761944 0.7383188717244038 3 99 A0A0H5B0F0 CC 0043227 membrane-bounded organelle 0.1331899515136163 0.35769102825346605 3 5 A0A0H5B0F0 BP 0009639 response to red or far red light 13.380396340077652 0.8358303335846209 4 99 A0A0H5B0F0 MF 0046983 protein dimerization activity 6.874496889297064 0.685403681223239 4 99 A0A0H5B0F0 CC 0043229 intracellular organelle 0.09075188396366267 0.34844157747134025 4 5 A0A0H5B0F0 BP 0009584 detection of visible light 12.156141182963427 0.8109493563512602 5 99 A0A0H5B0F0 MF 0000155 phosphorelay sensor kinase activity 6.651979005200815 0.6791915745992279 5 99 A0A0H5B0F0 CC 0043226 organelle 0.0890750266787123 0.34803557834468535 5 5 A0A0H5B0F0 BP 0017006 protein-tetrapyrrole linkage 12.03050827086672 0.8083265353364673 6 99 A0A0H5B0F0 MF 0004673 protein histidine kinase activity 6.581692579409667 0.677207836050998 6 99 A0A0H5B0F0 CC 0005622 intracellular anatomical structure 0.060536410079299885 0.3404252229546337 6 5 A0A0H5B0F0 BP 0071482 cellular response to light stimulus 11.848202462500302 0.8044960848636096 7 99 A0A0H5B0F0 MF 0038023 signaling receptor activity 6.567135592258966 0.6767956629376637 7 99 A0A0H5B0F0 CC 0110165 cellular anatomical entity 0.001431093856666716 0.3101928871300855 7 5 A0A0H5B0F0 BP 0071478 cellular response to radiation 11.616248352857955 0.799579610282378 8 99 A0A0H5B0F0 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336673726798 0.6754674728258252 8 99 A0A0H5B0F0 BP 0007602 phototransduction 11.2322103955126 0.7913303947114361 9 99 A0A0H5B0F0 MF 0060089 molecular transducer activity 6.470747360937817 0.6740548773747903 9 99 A0A0H5B0F0 BP 0071214 cellular response to abiotic stimulus 10.711657652744405 0.7799202718309862 10 99 A0A0H5B0F0 MF 0140299 small molecule sensor activity 6.340086958239802 0.6703067654516914 10 99 A0A0H5B0F0 BP 0104004 cellular response to environmental stimulus 10.711657652744405 0.7799202718309862 11 99 A0A0H5B0F0 MF 0004672 protein kinase activity 5.300220228531646 0.6389824480689075 11 99 A0A0H5B0F0 BP 0009583 detection of light stimulus 10.675572918932525 0.7791191510392168 12 99 A0A0H5B0F0 MF 0005515 protein binding 5.032744184423344 0.6304384640320586 12 99 A0A0H5B0F0 BP 0009582 detection of abiotic stimulus 10.52144615407908 0.7756820273898946 13 99 A0A0H5B0F0 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168654742433 0.6215611560836716 13 99 A0A0H5B0F0 BP 0009581 detection of external stimulus 10.520475386791814 0.7756602991747259 14 99 A0A0H5B0F0 MF 0016301 kinase activity 4.321892213077272 0.6065586198934804 14 99 A0A0H5B0F0 BP 0009416 response to light stimulus 9.687501703785864 0.7566313951486282 15 99 A0A0H5B0F0 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069378426435 0.582486589143788 15 99 A0A0H5B0F0 BP 0009314 response to radiation 9.539297671514039 0.7531611403237045 16 99 A0A0H5B0F0 MF 0140096 catalytic activity, acting on a protein 3.5021666768427764 0.5764283940528545 16 99 A0A0H5B0F0 BP 0051606 detection of stimulus 8.520068043189273 0.7285265392318905 17 99 A0A0H5B0F0 MF 0016740 transferase activity 2.301285966095413 0.5249682548045185 17 99 A0A0H5B0F0 BP 0009628 response to abiotic stimulus 7.977925999126973 0.7148206322006172 18 99 A0A0H5B0F0 MF 0005488 binding 0.8870040216215777 0.44145065362918234 18 99 A0A0H5B0F0 BP 0009605 response to external stimulus 5.552299134671406 0.6468393645113679 19 99 A0A0H5B0F0 MF 0003824 catalytic activity 0.7267411680929807 0.4284817155986741 19 99 A0A0H5B0F0 BP 0000160 phosphorelay signal transduction system 5.175297238170027 0.6350195402700667 20 99 A0A0H5B0F0 BP 0035556 intracellular signal transduction 4.829729987045612 0.6238009095977042 21 99 A0A0H5B0F0 BP 0036211 protein modification process 4.20606622027798 0.6024862696041735 22 99 A0A0H5B0F0 BP 0007165 signal transduction 4.053965729101596 0.5970523928844744 23 99 A0A0H5B0F0 BP 0023052 signaling 4.027217595375118 0.5960863237216144 24 99 A0A0H5B0F0 BP 0007154 cell communication 3.9074717824291483 0.5917215739066055 25 99 A0A0H5B0F0 BP 0043412 macromolecule modification 3.67157076410809 0.5829227044698571 26 99 A0A0H5B0F0 BP 0006355 regulation of DNA-templated transcription 3.5211846969161233 0.5771651864229089 27 99 A0A0H5B0F0 BP 1903506 regulation of nucleic acid-templated transcription 3.521165192401168 0.5771644318034953 28 99 A0A0H5B0F0 BP 2001141 regulation of RNA biosynthetic process 3.519324441393006 0.5770932047075815 29 99 A0A0H5B0F0 BP 0051252 regulation of RNA metabolic process 3.493710809584644 0.5761001561291103 30 99 A0A0H5B0F0 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641394324388446 0.5749491262144717 31 99 A0A0H5B0F0 BP 0010556 regulation of macromolecule biosynthetic process 3.4371709012510125 0.5738951180796397 32 99 A0A0H5B0F0 BP 0031326 regulation of cellular biosynthetic process 3.4324234584689344 0.5737091468181684 33 99 A0A0H5B0F0 BP 0009889 regulation of biosynthetic process 3.4302857202198056 0.5736253633460834 34 99 A0A0H5B0F0 BP 0051716 cellular response to stimulus 3.3996333862985972 0.5724211360140786 35 99 A0A0H5B0F0 BP 0031323 regulation of cellular metabolic process 3.343953615856615 0.5702196938858767 36 99 A0A0H5B0F0 BP 0051171 regulation of nitrogen compound metabolic process 3.327758374036684 0.5695759387149961 37 99 A0A0H5B0F0 BP 0080090 regulation of primary metabolic process 3.3217441441699815 0.5693364764375869 38 99 A0A0H5B0F0 BP 0010468 regulation of gene expression 3.297382389115012 0.5683642653167231 39 99 A0A0H5B0F0 BP 0060255 regulation of macromolecule metabolic process 3.2048164361032208 0.5646370560636202 40 99 A0A0H5B0F0 BP 0019222 regulation of metabolic process 3.169329108570283 0.5631938923246576 41 99 A0A0H5B0F0 BP 0050896 response to stimulus 3.038207784780338 0.5577902136686349 42 99 A0A0H5B0F0 BP 0050794 regulation of cellular process 2.6362245578581116 0.5404533198118425 43 99 A0A0H5B0F0 BP 0050789 regulation of biological process 2.4605601122520686 0.5324632263316773 44 99 A0A0H5B0F0 BP 0019538 protein metabolic process 2.3653908614906256 0.5280150916271475 45 99 A0A0H5B0F0 BP 0065007 biological regulation 2.3629851629157157 0.5279015024796172 46 99 A0A0H5B0F0 BP 1901564 organonitrogen compound metabolic process 1.6210407570395053 0.4895687835257596 47 99 A0A0H5B0F0 BP 0043170 macromolecule metabolic process 1.524291917199519 0.4839671399392375 48 99 A0A0H5B0F0 BP 0006807 nitrogen compound metabolic process 1.0923007083266179 0.45645315326436686 49 99 A0A0H5B0F0 BP 0044238 primary metabolic process 0.9785133098296545 0.44833159558979707 50 99 A0A0H5B0F0 BP 0071704 organic substance metabolic process 0.8386642968193593 0.43767215090542244 51 99 A0A0H5B0F0 BP 0008152 metabolic process 0.6095694410374388 0.4180647957179387 52 99 A0A0H5B0F0 BP 0009987 cellular process 0.34820568699020005 0.3903810038867535 53 99 A0A0H5B0F0 BP 0017012 protein-phytochromobilin linkage 0.2526524683327578 0.37768412221818026 54 1 A0A0H5B0F0 BP 0017007 protein-bilin linkage 0.15354717505475068 0.3615967594293938 55 1 A0A0H5B0G6 BP 0009585 red, far-red light phototransduction 14.943897512712844 0.8504958369780657 1 92 A0A0H5B0G6 MF 0009881 photoreceptor activity 10.826753451360965 0.782466549776333 1 97 A0A0H5B0G6 CC 0005634 nucleus 0.11777798342610935 0.3545308933864526 1 3 A0A0H5B0G6 BP 0010017 red or far-red light signaling pathway 14.77079257557369 0.8494649335368064 2 92 A0A0H5B0G6 MF 0042803 protein homodimerization activity 9.134481107325616 0.7435423755347588 2 92 A0A0H5B0G6 CC 0043231 intracellular membrane-bounded organelle 0.08175247447948582 0.34621614974380427 2 3 A0A0H5B0G6 BP 0071489 cellular response to red or far red light 14.766471334354657 0.8494391218923385 3 92 A0A0H5B0G6 MF 0042802 identical protein binding 8.466033193218559 0.7271804332202316 3 92 A0A0H5B0G6 CC 0043227 membrane-bounded organelle 0.08105254190442203 0.3460380452255862 3 3 A0A0H5B0G6 BP 0009639 response to red or far red light 12.701816296038357 0.8221871022953409 4 92 A0A0H5B0G6 MF 0000155 phosphorelay sensor kinase activity 6.6519752515661486 0.679191468938585 4 97 A0A0H5B0G6 CC 0043229 intracellular organelle 0.05522692060682992 0.33882259333975984 4 3 A0A0H5B0G6 BP 0009584 detection of visible light 12.156134323393827 0.8109492135159175 5 97 A0A0H5B0G6 MF 0004673 protein histidine kinase activity 6.581688865436815 0.6772077309500556 5 97 A0A0H5B0G6 CC 0043226 organelle 0.054206471662959846 0.33850587538178906 5 3 A0A0H5B0G6 BP 0017006 protein-tetrapyrrole linkage 11.420387118639889 0.7953897985874269 6 92 A0A0H5B0G6 MF 0038023 signaling receptor activity 6.567131886500453 0.6767955579530136 6 97 A0A0H5B0G6 CC 0005622 intracellular anatomical structure 0.036839340047316656 0.33256907389547025 6 3 A0A0H5B0G6 BP 0071482 cellular response to light stimulus 11.247326857290592 0.7916577415190479 7 92 A0A0H5B0G6 MF 0046983 protein dimerization activity 6.525860250790723 0.6756244838263321 7 92 A0A0H5B0G6 CC 0110165 cellular anatomical entity 0.000870889984330249 0.30898497472282327 7 3 A0A0H5B0G6 BP 0071478 cellular response to radiation 11.027136183194973 0.786867557220254 8 92 A0A0H5B0G6 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520332994376373 0.6754673682159162 8 97 A0A0H5B0G6 BP 0009583 detection of light stimulus 10.675566894830439 0.7791190171845833 9 97 A0A0H5B0G6 MF 0060089 molecular transducer activity 6.470743709570068 0.6740547731634372 9 97 A0A0H5B0G6 BP 0007602 phototransduction 10.662574516938816 0.7788302405917615 10 92 A0A0H5B0G6 MF 0140299 small molecule sensor activity 6.340083380602203 0.6703066622978464 10 97 A0A0H5B0G6 BP 0009582 detection of abiotic stimulus 10.52144021694894 0.7756818945050258 11 97 A0A0H5B0G6 MF 0004672 protein kinase activity 5.300217237678792 0.6389823537530384 11 97 A0A0H5B0G6 BP 0009581 detection of external stimulus 10.520469450209468 0.7756601662959876 12 97 A0A0H5B0G6 MF 0005515 protein binding 4.777511104363125 0.6220711671115257 12 92 A0A0H5B0G6 BP 0071214 cellular response to abiotic stimulus 10.168421343670246 0.7677132113940741 13 92 A0A0H5B0G6 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621659675058465 0.6215610666831197 13 97 A0A0H5B0G6 BP 0104004 cellular response to environmental stimulus 10.168421343670246 0.7677132113940741 14 92 A0A0H5B0G6 MF 0016301 kinase activity 4.32188977428358 0.6065585347258078 14 97 A0A0H5B0G6 BP 0009416 response to light stimulus 9.687496237240914 0.7566312676387856 15 97 A0A0H5B0G6 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600673130916994 0.5824865107679004 15 97 A0A0H5B0G6 BP 0009314 response to radiation 9.539292288598906 0.7531610137929743 16 97 A0A0H5B0G6 MF 0140096 catalytic activity, acting on a protein 3.502164700610705 0.5764283173862517 16 97 A0A0H5B0G6 BP 0051606 detection of stimulus 8.520063235413609 0.7285264196516712 17 97 A0A0H5B0G6 MF 0016740 transferase activity 2.3012846675064105 0.5249681926570978 17 97 A0A0H5B0G6 BP 0009628 response to abiotic stimulus 7.9779214972757835 0.7148205164874408 18 97 A0A0H5B0G6 MF 0005488 binding 0.842020060552192 0.43793791734121446 18 92 A0A0H5B0G6 BP 0009605 response to external stimulus 5.552296001573347 0.6468392679787149 19 97 A0A0H5B0G6 MF 0003824 catalytic activity 0.7267407580013613 0.42848168067437536 19 97 A0A0H5B0G6 BP 0000160 phosphorelay signal transduction system 5.17529431780977 0.6350194470723092 20 97 A0A0H5B0G6 BP 0035556 intracellular signal transduction 4.8297272616849485 0.6238008195652187 21 97 A0A0H5B0G6 BP 0007165 signal transduction 4.053963441495713 0.5970523103989291 22 97 A0A0H5B0G6 BP 0023052 signaling 4.027215322862898 0.5960862415086399 23 97 A0A0H5B0G6 BP 0036211 protein modification process 3.992757695743506 0.5948369852494992 24 92 A0A0H5B0G6 BP 0007154 cell communication 3.907469577488103 0.5917214929251201 25 97 A0A0H5B0G6 BP 0006355 regulation of DNA-templated transcription 3.521182709952404 0.5771651095484245 26 97 A0A0H5B0G6 BP 1903506 regulation of nucleic acid-templated transcription 3.5211632054484547 0.5771643549292238 27 97 A0A0H5B0G6 BP 2001141 regulation of RNA biosynthetic process 3.5193224554790072 0.5770931278534063 28 97 A0A0H5B0G6 BP 0051252 regulation of RNA metabolic process 3.4937088381241206 0.576100079555118 29 97 A0A0H5B0G6 BP 0043412 macromolecule modification 3.4853689067431235 0.5757759525956176 30 92 A0A0H5B0G6 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641374776651066 0.5749490499652359 31 97 A0A0H5B0G6 BP 0010556 regulation of macromolecule biosynthetic process 3.4371689616953045 0.5738950421277862 32 97 A0A0H5B0G6 BP 0031326 regulation of cellular biosynthetic process 3.4324215215921527 0.5737090709187856 33 97 A0A0H5B0G6 BP 0009889 regulation of biosynthetic process 3.4302837845493253 0.5736252874703396 34 97 A0A0H5B0G6 BP 0051716 cellular response to stimulus 3.3996314679248743 0.5724210604781007 35 97 A0A0H5B0G6 BP 0031323 regulation of cellular metabolic process 3.3439517289023404 0.5702196189710229 36 97 A0A0H5B0G6 BP 0051171 regulation of nitrogen compound metabolic process 3.3277564962211965 0.5695758639817742 37 97 A0A0H5B0G6 BP 0080090 regulation of primary metabolic process 3.3217422697482544 0.5693364017719279 38 97 A0A0H5B0G6 BP 0010468 regulation of gene expression 3.2973805284403417 0.5683641909253679 39 97 A0A0H5B0G6 BP 0060255 regulation of macromolecule metabolic process 3.204814627662444 0.5646369827238756 40 97 A0A0H5B0G6 BP 0019222 regulation of metabolic process 3.1693273201545944 0.5631938193920933 41 97 A0A0H5B0G6 BP 0050896 response to stimulus 3.0382060703548928 0.5577901422606875 42 97 A0A0H5B0G6 BP 0050794 regulation of cellular process 2.6362230702671434 0.5404532532954 43 97 A0A0H5B0G6 BP 0050789 regulation of biological process 2.4605587237865114 0.5324631620695937 44 97 A0A0H5B0G6 BP 0065007 biological regulation 2.3629838295105716 0.5279014395045977 45 97 A0A0H5B0G6 BP 0019538 protein metabolic process 2.245431258339502 0.5222787605370112 46 92 A0A0H5B0G6 BP 1901564 organonitrogen compound metabolic process 1.5388304935806743 0.4848200290067185 47 92 A0A0H5B0G6 BP 0043170 macromolecule metabolic process 1.446988222300449 0.4793622757503442 48 92 A0A0H5B0G6 BP 0006807 nitrogen compound metabolic process 1.0369052294542684 0.45255504532748797 49 92 A0A0H5B0G6 BP 0044238 primary metabolic process 0.928888501415841 0.4446421074262148 50 92 A0A0H5B0G6 BP 0071704 organic substance metabolic process 0.7961318604844755 0.43425647363165076 51 92 A0A0H5B0G6 BP 0008152 metabolic process 0.5786554346335153 0.4151527757668217 52 92 A0A0H5B0G6 BP 0009987 cellular process 0.348205490501766 0.3903809797123513 53 97 A0A0H5B0G6 BP 0017012 protein-phytochromobilin linkage 0.25060821063905303 0.3773882585376179 54 1 A0A0H5B0G6 BP 0017007 protein-bilin linkage 0.15230479655742726 0.3613661108424789 55 1 A0A0H5B0J1 BP 0009585 red, far-red light phototransduction 15.589240189295987 0.8542874256578619 1 98 A0A0H5B0J1 MF 0009881 photoreceptor activity 10.82676023455561 0.7824666994418357 1 99 A0A0H5B0J1 CC 0005634 nucleus 0.1934052271000745 0.36855585438438637 1 5 A0A0H5B0J1 BP 0010017 red or far-red light signaling pathway 15.408659825925618 0.853234498025116 2 98 A0A0H5B0J1 MF 0042803 protein homodimerization activity 9.528947844131384 0.7529177914315046 2 98 A0A0H5B0J1 CC 0043231 intracellular membrane-bounded organelle 0.13424712694811597 0.3579009167903356 2 5 A0A0H5B0J1 BP 0071489 cellular response to red or far red light 15.404151974662447 0.8532081349414176 3 98 A0A0H5B0J1 MF 0042802 identical protein binding 8.831633433470847 0.7362062930516811 3 98 A0A0H5B0J1 CC 0043227 membrane-bounded organelle 0.1330977557779101 0.3576726845551168 3 5 A0A0H5B0J1 BP 0009639 response to red or far red light 13.250336126221848 0.8332426818740188 4 98 A0A0H5B0J1 MF 0046983 protein dimerization activity 6.807675360782622 0.6835489038368654 4 98 A0A0H5B0J1 CC 0043229 intracellular organelle 0.09068906438445516 0.3484264356194287 4 5 A0A0H5B0J1 BP 0009584 detection of visible light 12.156141939474272 0.8109493721039205 5 99 A0A0H5B0J1 MF 0000155 phosphorelay sensor kinase activity 6.6519794191721715 0.6791915862520594 5 99 A0A0H5B0J1 CC 0043226 organelle 0.08901336784090685 0.34802057703591394 5 5 A0A0H5B0J1 BP 0017006 protein-tetrapyrrole linkage 11.913569247631939 0.8058728813399565 6 98 A0A0H5B0J1 MF 0004673 protein histidine kinase activity 6.581692989006902 0.6772078476421028 6 99 A0A0H5B0J1 CC 0005622 intracellular anatomical structure 0.060494506025721914 0.34041285609301697 6 5 A0A0H5B0J1 BP 0071482 cellular response to light stimulus 11.733035489346896 0.8020610927116436 7 98 A0A0H5B0J1 MF 0038023 signaling receptor activity 6.567136000950278 0.6767956745159431 7 99 A0A0H5B0J1 CC 0110165 cellular anatomical entity 0.0014301032357566506 0.3101909856786908 7 5 A0A0H5B0J1 BP 0071478 cellular response to radiation 11.503336021520685 0.7971685710531804 8 98 A0A0H5B0J1 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203370795056825 0.6754674843627761 8 99 A0A0H5B0J1 BP 0007602 phototransduction 11.123030992378025 0.7889595454232632 9 98 A0A0H5B0J1 MF 0060089 molecular transducer activity 6.470747763630619 0.6740548888677865 9 99 A0A0H5B0J1 BP 0009583 detection of light stimulus 10.675573583303445 0.7791191658014354 10 99 A0A0H5B0J1 MF 0140299 small molecule sensor activity 6.34008735280124 0.6703067768280597 10 99 A0A0H5B0J1 BP 0071214 cellular response to abiotic stimulus 10.60753812970059 0.7776050123333467 11 98 A0A0H5B0J1 MF 0004672 protein kinase activity 5.300220558379253 0.6389824584705757 11 99 A0A0H5B0J1 BP 0104004 cellular response to environmental stimulus 10.60753812970059 0.7776050123333467 12 98 A0A0H5B0J1 MF 0005515 protein binding 4.983824872299004 0.6288514756031118 12 98 A0A0H5B0J1 BP 0009582 detection of abiotic stimulus 10.521446808858256 0.7756820420451622 13 99 A0A0H5B0J1 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168951105578 0.6215611659432518 13 99 A0A0H5B0J1 BP 0009581 detection of external stimulus 10.520476041510577 0.7756603138293174 14 99 A0A0H5B0J1 MF 0016301 kinase activity 4.321892482040776 0.6065586292862355 14 99 A0A0H5B0J1 BP 0009416 response to light stimulus 9.687502306666333 0.7566314092111086 15 99 A0A0H5B0J1 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600696062028435 0.5824865977875081 15 99 A0A0H5B0J1 BP 0009314 response to radiation 9.539298265171354 0.7531611542782031 16 99 A0A0H5B0J1 MF 0140096 catalytic activity, acting on a protein 3.5021668947924556 0.5764284025080653 16 99 A0A0H5B0J1 BP 0051606 detection of stimulus 8.520068573417063 0.7285265524198489 17 99 A0A0H5B0J1 MF 0016740 transferase activity 2.3012861093109094 0.5249682616584748 17 99 A0A0H5B0J1 BP 0009628 response to abiotic stimulus 7.97792649561574 0.7148206449620971 18 99 A0A0H5B0J1 MF 0005488 binding 0.8783821594725831 0.440784408377473 18 98 A0A0H5B0J1 BP 0009605 response to external stimulus 5.552299480206593 0.6468393751575151 19 99 A0A0H5B0J1 MF 0003824 catalytic activity 0.726741213320127 0.42848171945031616 19 99 A0A0H5B0J1 BP 0000160 phosphorelay signal transduction system 5.175297560243326 0.6350195505484235 20 99 A0A0H5B0J1 BP 0035556 intracellular signal transduction 4.829730287613288 0.6238009195269774 21 99 A0A0H5B0J1 BP 0036211 protein modification process 4.165182388573943 0.6010354634626103 22 98 A0A0H5B0J1 BP 0007165 signal transduction 4.053965981391281 0.5970524019814301 23 99 A0A0H5B0J1 BP 0023052 signaling 4.027217846000193 0.5960863327885093 24 99 A0A0H5B0J1 BP 0007154 cell communication 3.907472025602104 0.5917215828376852 25 99 A0A0H5B0J1 BP 0043412 macromolecule modification 3.635882338546562 0.5815672114550055 26 98 A0A0H5B0J1 BP 0006355 regulation of DNA-templated transcription 3.521184916049348 0.5771651949010461 27 99 A0A0H5B0J1 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654115331785 0.577164440281609 28 99 A0A0H5B0J1 BP 2001141 regulation of RNA biosynthetic process 3.519324660410461 0.577093213183479 29 99 A0A0H5B0J1 BP 0051252 regulation of RNA metabolic process 3.4937110270080907 0.5761001645741075 30 99 A0A0H5B0J1 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396480219813 0.574949134623653 31 99 A0A0H5B0J1 BP 0010556 regulation of macromolecule biosynthetic process 3.437171115155822 0.5738951264560241 32 99 A0A0H5B0J1 BP 0031326 regulation of cellular biosynthetic process 3.432423672078297 0.5737091551887661 33 99 A0A0H5B0J1 BP 0009889 regulation of biosynthetic process 3.43028593369613 0.573625371714074 34 99 A0A0H5B0J1 BP 0051716 cellular response to stimulus 3.3996335978673415 0.572421144344598 35 99 A0A0H5B0J1 BP 0031323 regulation of cellular metabolic process 3.34395382396025 0.5702197021478951 36 99 A0A0H5B0J1 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585811324437 0.5695759469569832 37 99 A0A0H5B0J1 BP 0080090 regulation of primary metabolic process 3.321744350891459 0.5693364846721227 38 99 A0A0H5B0J1 BP 0010468 regulation of gene expression 3.2973825943203896 0.5683642735210073 39 99 A0A0H5B0J1 BP 0060255 regulation of macromolecule metabolic process 3.2048166355479584 0.564637064151927 40 99 A0A0H5B0J1 BP 0019222 regulation of metabolic process 3.1693293058065444 0.5631939003680582 41 99 A0A0H5B0J1 BP 0050896 response to stimulus 3.038207973856551 0.5577902215438926 42 99 A0A0H5B0J1 BP 0050794 regulation of cellular process 2.6362247219177783 0.5404533271476384 43 99 A0A0H5B0J1 BP 0050789 regulation of biological process 2.460560265379643 0.5324632334188502 44 99 A0A0H5B0J1 BP 0065007 biological regulation 2.3629853099709264 0.5279015094248456 45 99 A0A0H5B0J1 BP 0019538 protein metabolic process 2.34239877415039 0.5269271069229937 46 98 A0A0H5B0J1 BP 1901564 organonitrogen compound metabolic process 1.605283906332622 0.4886681081290095 47 98 A0A0H5B0J1 BP 0043170 macromolecule metabolic process 1.5094754851827907 0.48309375558894485 48 98 A0A0H5B0J1 BP 0006807 nitrogen compound metabolic process 1.0816833200139648 0.4557138162658875 49 98 A0A0H5B0J1 BP 0044238 primary metabolic process 0.9690019585136997 0.44763182658674266 50 98 A0A0H5B0J1 BP 0071704 organic substance metabolic process 0.8305123067717373 0.43702431441031847 51 98 A0A0H5B0J1 BP 0008152 metabolic process 0.6036443002683403 0.4175124856934259 52 98 A0A0H5B0J1 BP 0009987 cellular process 0.348205708660019 0.39038100655283836 53 99 A0A0H5B0J1 BP 0017012 protein-phytochromobilin linkage 0.2504099886160452 0.3773595059602777 54 1 A0A0H5B0J1 BP 0017007 protein-bilin linkage 0.15218432897653508 0.36134369598803956 55 1 A0A0H5B0M4 BP 0009585 red, far-red light phototransduction 15.742258328900968 0.8551748798063988 1 99 A0A0H5B0M4 MF 0009881 photoreceptor activity 10.826759657853106 0.7824666867173802 1 99 A0A0H5B0M4 CC 0005634 nucleus 0.19320603258077979 0.3685229622717552 1 5 A0A0H5B0M4 BP 0010017 red or far-red light signaling pathway 15.559905456356537 0.8541167972210055 2 99 A0A0H5B0M4 MF 0042803 protein homodimerization activity 9.622480425180653 0.7551121886708893 2 99 A0A0H5B0M4 CC 0043231 intracellular membrane-bounded organelle 0.13410886133699426 0.35787351302972475 2 5 A0A0H5B0M4 BP 0071489 cellular response to red or far red light 15.555353357714692 0.8540903050681823 3 99 A0A0H5B0M4 MF 0042802 identical protein binding 8.918321437584783 0.7383188736684065 3 99 A0A0H5B0M4 CC 0043227 membrane-bounded organelle 0.1329606739426417 0.35764539835679465 3 5 A0A0H5B0M4 BP 0009639 response to red or far red light 13.380396460051799 0.8358303359657877 4 99 A0A0H5B0M4 MF 0046983 protein dimerization activity 6.874496950936635 0.6854036829300121 4 99 A0A0H5B0M4 CC 0043229 intracellular organelle 0.09059566068044876 0.34840391215843647 4 5 A0A0H5B0M4 BP 0009584 detection of visible light 12.156141291960397 0.8109493586208802 5 99 A0A0H5B0M4 MF 0000155 phosphorelay sensor kinase activity 6.651979064845198 0.6791915762781506 5 99 A0A0H5B0M4 CC 0043226 organelle 0.088921689992879 0.3479982626324368 5 5 A0A0H5B0M4 BP 0017006 protein-tetrapyrrole linkage 12.030508378737213 0.8083265375943287 6 99 A0A0H5B0M4 MF 0004673 protein histidine kinase activity 6.581692638423834 0.6772078377210273 6 99 A0A0H5B0M4 CC 0005622 intracellular anatomical structure 0.060432200708391844 0.34039446042207466 6 5 A0A0H5B0M4 BP 0071482 cellular response to light stimulus 11.848202568736166 0.8044960871042983 7 99 A0A0H5B0M4 MF 0038023 signaling receptor activity 6.567135651142609 0.6767956646058453 7 99 A0A0H5B0M4 CC 0110165 cellular anatomical entity 0.001428630324549132 0.3101881572752321 7 5 A0A0H5B0M4 BP 0071478 cellular response to radiation 11.616248457014022 0.7995796125010253 8 99 A0A0H5B0M4 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336732190823 0.6754674744880522 8 99 A0A0H5B0M4 BP 0007602 phototransduction 11.232210496225226 0.7913303968931003 9 99 A0A0H5B0M4 MF 0060089 molecular transducer activity 6.470747418957204 0.6740548790306844 9 99 A0A0H5B0M4 BP 0071214 cellular response to abiotic stimulus 10.71165774878954 0.7799202739614965 10 99 A0A0H5B0M4 MF 0140299 small molecule sensor activity 6.340087015087634 0.6703067670907819 10 99 A0A0H5B0M4 BP 0104004 cellular response to environmental stimulus 10.71165774878954 0.7799202739614965 11 99 A0A0H5B0M4 MF 0004672 protein kinase activity 5.300220276055604 0.6389824495675646 11 99 A0A0H5B0M4 BP 0009583 detection of light stimulus 10.675573014654109 0.7791191531661356 12 99 A0A0H5B0M4 MF 0005515 protein binding 5.032744229549003 0.6304384654924113 12 99 A0A0H5B0M4 BP 0009582 detection of abiotic stimulus 10.5214462484187 0.775682029501404 13 99 A0A0H5B0M4 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168697441998 0.6215611575042255 13 99 A0A0H5B0M4 BP 0009581 detection of external stimulus 10.52047548112273 0.7756603012861378 14 99 A0A0H5B0M4 MF 0016301 kinase activity 4.321892251829138 0.6065586212467747 14 99 A0A0H5B0M4 BP 0009416 response to light stimulus 9.687501790647996 0.7566313971747298 15 99 A0A0H5B0M4 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069411244125 0.5824865903891625 15 99 A0A0H5B0M4 BP 0009314 response to radiation 9.539297757047311 0.7531611423342481 16 99 A0A0H5B0M4 MF 0140096 catalytic activity, acting on a protein 3.5021667082446455 0.5764283952710688 16 99 A0A0H5B0M4 BP 0051606 detection of stimulus 8.520068119583714 0.7285265411319921 17 99 A0A0H5B0M4 MF 0016740 transferase activity 2.301285986729691 0.5249682557920263 17 99 A0A0H5B0M4 BP 0009628 response to abiotic stimulus 7.977926070660344 0.7148206340392724 18 99 A0A0H5B0M4 MF 0005488 binding 0.8870040295748212 0.44145065424226365 18 99 A0A0H5B0M4 BP 0009605 response to external stimulus 5.552299184455608 0.6468393660452492 19 99 A0A0H5B0M4 MF 0003824 catalytic activity 0.7267411746092415 0.4284817161536131 19 99 A0A0H5B0M4 BP 0000160 phosphorelay signal transduction system 5.175297284573874 0.6350195417509572 20 99 A0A0H5B0M4 BP 0035556 intracellular signal transduction 4.8297300303509605 0.6238009110282992 21 99 A0A0H5B0M4 BP 0036211 protein modification process 4.206066257991302 0.6024862709392106 22 99 A0A0H5B0M4 BP 0007165 signal transduction 4.053965765451123 0.5970523941951504 23 99 A0A0H5B0M4 BP 0023052 signaling 4.02721763148481 0.5960863250279593 24 99 A0A0H5B0M4 BP 0007154 cell communication 3.9074718174651495 0.5917215751933824 25 99 A0A0H5B0M4 BP 0043412 macromolecule modification 3.671570797028907 0.5829227057171869 26 99 A0A0H5B0M4 BP 0006355 regulation of DNA-templated transcription 3.5211847284885165 0.5771651876444265 27 99 A0A0H5B0M4 BP 1903506 regulation of nucleic acid-templated transcription 3.521165223973386 0.5771644330250094 28 99 A0A0H5B0M4 BP 2001141 regulation of RNA biosynthetic process 3.5193244729487185 0.5770932059287763 29 99 A0A0H5B0M4 BP 0051252 regulation of RNA metabolic process 3.493710840910694 0.5761001573458531 30 99 A0A0H5B0M4 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641394634997456 0.5749491274260542 31 99 A0A0H5B0M4 BP 0010556 regulation of macromolecule biosynthetic process 3.4371709320701025 0.5738951192864968 32 99 A0A0H5B0M4 BP 0031326 regulation of cellular biosynthetic process 3.432423489245457 0.5737091480241918 33 99 A0A0H5B0M4 BP 0009889 regulation of biosynthetic process 3.4302857509771605 0.5736253645517312 34 99 A0A0H5B0M4 BP 0051716 cellular response to stimulus 3.3996334167811106 0.5724211372143276 35 99 A0A0H5B0M4 BP 0031323 regulation of cellular metabolic process 3.34395364583988 0.5702196950762561 36 99 A0A0H5B0M4 BP 0051171 regulation of nitrogen compound metabolic process 3.327758403874736 0.5695759399024896 37 99 A0A0H5B0M4 BP 0080090 regulation of primary metabolic process 3.3217441739541083 0.5693364776240069 38 99 A0A0H5B0M4 BP 0010468 regulation of gene expression 3.297382418680701 0.5683642664987844 39 99 A0A0H5B0M4 BP 0060255 regulation of macromolecule metabolic process 3.2048164648389252 0.5646370572289716 40 99 A0A0H5B0M4 BP 0019222 regulation of metabolic process 3.1693291369877934 0.5631938934835389 41 99 A0A0H5B0M4 BP 0050896 response to stimulus 3.038207812022161 0.5577902148032905 42 99 A0A0H5B0M4 BP 0050794 regulation of cellular process 2.636224581495587 0.5404533208687732 43 99 A0A0H5B0M4 BP 0050789 regulation of biological process 2.460560134314464 0.5324632273527867 44 99 A0A0H5B0M4 BP 0019538 protein metabolic process 2.3653908826996948 0.5280150926283151 45 99 A0A0H5B0M4 BP 0065007 biological regulation 2.362985184103214 0.5279015034802755 46 99 A0A0H5B0M4 BP 1901564 organonitrogen compound metabolic process 1.6210407715744246 0.48956878435456447 47 99 A0A0H5B0M4 BP 0043170 macromolecule metabolic process 1.5242919308669483 0.483967140742929 48 99 A0A0H5B0M4 BP 0006807 nitrogen compound metabolic process 1.092300718120636 0.45645315394470753 49 99 A0A0H5B0M4 BP 0044238 primary metabolic process 0.978513318603408 0.4483315962337271 50 99 A0A0H5B0M4 BP 0071704 organic substance metabolic process 0.838664304339169 0.43767215150156397 51 99 A0A0H5B0M4 BP 0008152 metabolic process 0.6095694465030896 0.4180647962261764 52 99 A0A0H5B0M4 BP 0009987 cellular process 0.3482056901123557 0.3903810042708791 53 99 A0A0H5B0M4 BP 0017012 protein-phytochromobilin linkage 0.2535952075452424 0.3778201607252381 54 1 A0A0H5B0M4 BP 0017007 protein-bilin linkage 0.15412011599550451 0.36170281195114734 55 1 A0A0H5B0S1 BP 0009584 detection of visible light 12.154527316093786 0.810915750037766 1 4 A0A0H5B0S1 MF 0009881 photoreceptor activity 10.82532218453146 0.7824349690250486 1 4 A0A0H5B0S1 BP 0009583 detection of light stimulus 10.674155614445107 0.7790876577078822 2 4 A0A0H5B0S1 MF 0000155 phosphorelay sensor kinase activity 6.651095878855666 0.6791667147527924 2 4 A0A0H5B0S1 BP 0009582 detection of abiotic stimulus 10.520049311683685 0.7756507622248844 3 4 A0A0H5B0S1 MF 0004673 protein histidine kinase activity 6.5808187843919725 0.6771831078909315 3 4 A0A0H5B0S1 BP 0009581 detection of external stimulus 10.519078673276887 0.7756290354520982 4 4 A0A0H5B0S1 MF 0038023 signaling receptor activity 6.56626372984792 0.6767709621388545 4 4 A0A0H5B0S1 BP 0009416 response to light stimulus 9.686215577060779 0.7566013946203258 5 4 A0A0H5B0S1 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.519471024407804 0.6754428601961617 5 4 A0A0H5B0S1 BP 0009314 response to radiation 9.538031220570439 0.7531313701610709 6 4 A0A0H5B0S1 MF 0060089 molecular transducer activity 6.469888295167649 0.674030358517346 6 4 A0A0H5B0S1 BP 0051606 detection of stimulus 8.518936906643965 0.7284984043861551 7 4 A0A0H5B0S1 MF 0140299 small molecule sensor activity 6.339245239133506 0.6702824954048829 7 4 A0A0H5B0S1 BP 0009628 response to abiotic stimulus 7.976866838142855 0.7147934071930921 8 4 A0A0H5B0S1 MF 0004672 protein kinase activity 5.2995165636350405 0.6389602574219377 8 4 A0A0H5B0S1 BP 0009605 response to external stimulus 5.551562003414956 0.6468166522992964 9 4 A0A0H5B0S1 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.761536422350273 0.6215401219130363 9 4 A0A0H5B0S1 BP 0000160 phosphorelay signal transduction system 5.174610158230142 0.6349976126925116 10 4 A0A0H5B0S1 MF 0016301 kinase activity 4.321318432421728 0.6065385816350928 10 4 A0A0H5B0S1 BP 0035556 intracellular signal transduction 4.829088785113346 0.6237797267456773 11 4 A0A0H5B0S1 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.659583462326785 0.5824681488572333 11 4 A0A0H5B0S1 BP 0007165 signal transduction 4.053427518753232 0.5970329856772498 12 4 A0A0H5B0S1 MF 0140096 catalytic activity, acting on a protein 3.5017017241339645 0.5764103559270153 12 4 A0A0H5B0S1 BP 0023052 signaling 4.026682936147639 0.5960669806448873 13 4 A0A0H5B0S1 MF 0016740 transferase activity 2.3009804440450887 0.5249536327532882 13 4 A0A0H5B0S1 BP 0007154 cell communication 3.906953020828834 0.5917025205747419 14 4 A0A0H5B0S1 MF 0003824 catalytic activity 0.7266446848853297 0.4284734986062235 14 4 A0A0H5B0S1 BP 0006355 regulation of DNA-templated transcription 3.5207172193474854 0.5771470993866366 15 4 A0A0H5B0S1 BP 1903506 regulation of nucleic acid-templated transcription 3.520697717421978 0.5771463448173167 16 4 A0A0H5B0S1 BP 2001141 regulation of RNA biosynthetic process 3.5188572107945792 0.577075122449666 17 4 A0A0H5B0S1 BP 0051252 regulation of RNA metabolic process 3.4932469794889887 0.576082139792665 18 4 A0A0H5B0S1 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.463679528281951 0.5749311862867599 19 4 A0A0H5B0S1 BP 0010556 regulation of macromolecule biosynthetic process 3.4367145774752905 0.5738772481200718 20 4 A0A0H5B0S1 BP 0031326 regulation of cellular biosynthetic process 3.4319677649705764 0.573691289203917 21 4 A0A0H5B0S1 BP 0009889 regulation of biosynthetic process 3.4298303105306664 0.5736075112936239 22 4 A0A0H5B0S1 BP 0051716 cellular response to stimulus 3.399182046057604 0.5724033639017528 23 4 A0A0H5B0S1 BP 0031323 regulation of cellular metabolic process 3.3435096677424054 0.5702020679117206 24 4 A0A0H5B0S1 BP 0051171 regulation of nitrogen compound metabolic process 3.327316576026181 0.5695583554751917 25 4 A0A0H5B0S1 BP 0080090 regulation of primary metabolic process 3.3213031446173265 0.5693189090939892 26 4 A0A0H5B0S1 BP 0010468 regulation of gene expression 3.296944623864162 0.5683467625113441 27 4 A0A0H5B0S1 BP 0060255 regulation of macromolecule metabolic process 3.2043909600420544 0.5646198006812968 28 4 A0A0H5B0S1 BP 0019222 regulation of metabolic process 3.1689083438580012 0.5631767327437656 29 4 A0A0H5B0S1 BP 0050896 response to stimulus 3.037804427924479 0.5577734127997426 30 4 A0A0H5B0S1 BP 0050794 regulation of cellular process 2.635874568876343 0.54043766981669 31 4 A0A0H5B0S1 BP 0050789 regulation of biological process 2.460233444735942 0.5324481067423079 32 4 A0A0H5B0S1 BP 0065007 biological regulation 2.3626714495908634 0.5278866857108241 33 4 A0A0H5B0S1 BP 0009987 cellular process 0.3481594587000218 0.39037531613102405 34 4 A0A0H5B0U2 BP 0009585 red, far-red light phototransduction 15.589250465757312 0.8542874854037943 1 98 A0A0H5B0U2 MF 0009881 photoreceptor activity 10.82676015545606 0.7824666976965706 1 99 A0A0H5B0U2 CC 0005634 nucleus 0.1945539412742138 0.3687452068935834 1 5 A0A0H5B0U2 BP 0010017 red or far-red light signaling pathway 15.408669983347972 0.8532345574240023 2 98 A0A0H5B0U2 MF 0042803 protein homodimerization activity 9.528954125634703 0.7529179391645558 2 98 A0A0H5B0U2 CC 0043231 intracellular membrane-bounded organelle 0.13504447653310409 0.35805867408890985 2 5 A0A0H5B0U2 BP 0071489 cellular response to red or far red light 15.404162129113214 0.8532081943316147 3 98 A0A0H5B0U2 MF 0042802 identical protein binding 8.831639255302978 0.736206435276605 3 98 A0A0H5B0U2 CC 0043227 membrane-bounded organelle 0.1338882787689413 0.3578297650739841 3 5 A0A0H5B0U2 BP 0009639 response to red or far red light 13.250344860872486 0.8332428560822378 4 98 A0A0H5B0U2 MF 0046983 protein dimerization activity 6.807679848417151 0.683549028705859 4 98 A0A0H5B0U2 CC 0043229 intracellular organelle 0.09122770449909876 0.3485560981285691 4 5 A0A0H5B0U2 BP 0009584 detection of visible light 12.156141850662353 0.8109493702546091 5 99 A0A0H5B0U2 MF 0000155 phosphorelay sensor kinase activity 6.651979370573278 0.6791915848840548 5 99 A0A0H5B0U2 CC 0043226 organelle 0.08954205529604899 0.3481490360478666 5 5 A0A0H5B0U2 BP 0017006 protein-tetrapyrrole linkage 11.913577101082916 0.8058730465270605 6 98 A0A0H5B0U2 MF 0004673 protein histidine kinase activity 6.581692940921515 0.6772078462813447 6 99 A0A0H5B0U2 CC 0005622 intracellular anatomical structure 0.060853808085812276 0.3405187558413955 6 5 A0A0H5B0U2 BP 0071482 cellular response to light stimulus 11.733043223789625 0.8020612566423782 7 98 A0A0H5B0U2 MF 0038023 signaling receptor activity 6.567135952971244 0.6767956731566909 7 99 A0A0H5B0U2 CC 0110165 cellular anatomical entity 0.0014385972143425867 0.31020726816251704 7 5 A0A0H5B0U2 BP 0071478 cellular response to radiation 11.50334360454502 0.7971687333713349 8 98 A0A0H5B0U2 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337031868557 0.6754674830083756 8 99 A0A0H5B0U2 BP 0007602 phototransduction 11.123038324704451 0.7889597050357142 9 98 A0A0H5B0U2 MF 0060089 molecular transducer activity 6.470747716355792 0.6740548875185461 9 99 A0A0H5B0U2 BP 0009583 detection of light stimulus 10.675573505308453 0.7791191640683988 10 99 A0A0H5B0U2 MF 0140299 small molecule sensor activity 6.340087306481007 0.6703067754925109 10 99 A0A0H5B0U2 BP 0071214 cellular response to abiotic stimulus 10.607545122212992 0.7776051682033317 11 98 A0A0H5B0U2 MF 0004672 protein kinase activity 5.300220519656214 0.6389824572494536 11 99 A0A0H5B0U2 BP 0104004 cellular response to environmental stimulus 10.607545122212992 0.7776051682033317 12 98 A0A0H5B0U2 MF 0005515 protein binding 4.98382815764729 0.628851582443776 12 98 A0A0H5B0U2 BP 0009582 detection of abiotic stimulus 10.521446731989307 0.7756820403246814 13 99 A0A0H5B0U2 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168916313506 0.6215611647857691 13 99 A0A0H5B0U2 BP 0009581 detection of external stimulus 10.52047596464872 0.775660312108916 14 99 A0A0H5B0U2 MF 0016301 kinase activity 4.3218924504653335 0.6065586281835565 14 99 A0A0H5B0U2 BP 0009416 response to light stimulus 9.687502235890124 0.7566314075602192 15 99 A0A0H5B0U2 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600695794626326 0.5824865967727635 15 99 A0A0H5B0U2 BP 0009314 response to radiation 9.53929819547791 0.7531611526399902 16 99 A0A0H5B0U2 MF 0140096 catalytic activity, acting on a protein 3.5021668692058707 0.576428401515451 16 99 A0A0H5B0U2 BP 0051606 detection of stimulus 8.520068511170042 0.7285265508716254 17 99 A0A0H5B0U2 MF 0016740 transferase activity 2.3012860924978744 0.5249682608538424 17 99 A0A0H5B0U2 BP 0009628 response to abiotic stimulus 7.97792643732957 0.7148206434639408 18 99 A0A0H5B0U2 MF 0005488 binding 0.8783827385040294 0.4407844532310359 18 98 A0A0H5B0U2 BP 0009605 response to external stimulus 5.552299439641883 0.646839373907692 19 99 A0A0H5B0U2 MF 0003824 catalytic activity 0.7267412080106067 0.4284817189981459 19 99 A0A0H5B0U2 BP 0000160 phosphorelay signal transduction system 5.175297522432966 0.6350195493417776 20 99 A0A0H5B0U2 BP 0035556 intracellular signal transduction 4.829730252327619 0.6238009183613129 21 99 A0A0H5B0U2 BP 0036211 protein modification process 4.16518513427131 0.6010355611350878 22 98 A0A0H5B0U2 BP 0007165 signal transduction 4.053965951773291 0.597052400913477 23 99 A0A0H5B0U2 BP 0023052 signaling 4.027217816577622 0.5960863317240853 24 99 A0A0H5B0U2 BP 0007154 cell communication 3.907471997054388 0.5917215817892054 25 99 A0A0H5B0U2 BP 0043412 macromolecule modification 3.6358847353281742 0.581567302710727 26 98 A0A0H5B0U2 BP 0006355 regulation of DNA-templated transcription 3.5211848903238185 0.5771651939057403 27 99 A0A0H5B0U2 BP 1903506 regulation of nucleic acid-templated transcription 3.521165385807792 0.577164439286306 28 99 A0A0H5B0U2 BP 2001141 regulation of RNA biosynthetic process 3.5193246346985227 0.577093212188436 29 99 A0A0H5B0U2 BP 0051252 regulation of RNA metabolic process 3.493711001483284 0.5761001635826923 30 99 A0A0H5B0U2 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396227132204 0.5749491336364425 31 99 A0A0H5B0U2 BP 0010556 regulation of macromolecule biosynthetic process 3.4371710900440915 0.5738951254726637 32 99 A0A0H5B0U2 BP 0031326 regulation of cellular biosynthetic process 3.4324236470012512 0.573709154206085 33 99 A0A0H5B0U2 BP 0009889 regulation of biosynthetic process 3.430285908634703 0.5736253707316992 34 99 A0A0H5B0U2 BP 0051716 cellular response to stimulus 3.3996335730298575 0.5724211433666221 35 99 A0A0H5B0U2 BP 0031323 regulation of cellular metabolic process 3.343953799529559 0.570219701177961 36 99 A0A0H5B0U2 BP 0051171 regulation of nitrogen compound metabolic process 3.327758556820074 0.5695759459894006 37 99 A0A0H5B0U2 BP 0080090 regulation of primary metabolic process 3.321744326623029 0.569336483705415 38 99 A0A0H5B0U2 BP 0010468 regulation of gene expression 3.2973825702299444 0.568364272557851 39 99 A0A0H5B0U2 BP 0060255 regulation of macromolecule metabolic process 3.204816612133793 0.564637063202386 40 99 A0A0H5B0U2 BP 0019222 regulation of metabolic process 3.1693292826516477 0.5631938994237891 41 99 A0A0H5B0U2 BP 0050896 response to stimulus 3.038207951659617 0.5577902206193629 42 99 A0A0H5B0U2 BP 0050794 regulation of cellular process 2.6362247026577057 0.5404533262864397 43 99 A0A0H5B0U2 BP 0050789 regulation of biological process 2.460560247402962 0.532463232586839 44 99 A0A0H5B0U2 BP 0065007 biological regulation 2.3629852927071218 0.5279015086094984 45 99 A0A0H5B0U2 BP 0019538 protein metabolic process 2.3424003182647994 0.5269271801692798 46 98 A0A0H5B0U2 BP 1901564 organonitrogen compound metabolic process 1.605284964539294 0.48866816876508967 47 98 A0A0H5B0U2 BP 0043170 macromolecule metabolic process 1.5094764802323413 0.4830938143877126 48 98 A0A0H5B0U2 BP 0006807 nitrogen compound metabolic process 1.0816840330619817 0.4557138660401987 49 98 A0A0H5B0U2 BP 0044238 primary metabolic process 0.969002597281916 0.4476318736972217 50 98 A0A0H5B0U2 BP 0071704 organic substance metabolic process 0.8305128542472714 0.4370243580245504 51 98 A0A0H5B0U2 BP 0008152 metabolic process 0.603644698191987 0.41751252287653884 52 98 A0A0H5B0U2 BP 0009987 cellular process 0.3482057061160526 0.39038100623984867 53 99 A0A0H5B0U2 BP 0017012 protein-phytochromobilin linkage 0.2495956127497714 0.37724125920762575 54 1 A0A0H5B0U2 BP 0017007 protein-bilin linkage 0.1516893996591044 0.3612515135128043 55 1 A0A0H5B0U7 BP 0009585 red, far-red light phototransduction 15.586608329535196 0.8542721237388831 1 98 A0A0H5B0U7 MF 0009881 photoreceptor activity 10.82675874323403 0.7824666665370794 1 99 A0A0H5B0U7 CC 0005634 nucleus 0.1585613495278273 0.3625182953272506 1 4 A0A0H5B0U7 BP 0010017 red or far-red light signaling pathway 15.406058452717486 0.8532192849903549 2 98 A0A0H5B0U7 MF 0042803 protein homodimerization activity 9.527339115669372 0.7528799545597973 2 98 A0A0H5B0U7 CC 0043231 intracellular membrane-bounded organelle 0.11006117020876846 0.35287078008459355 2 4 A0A0H5B0U7 BP 0071489 cellular response to red or far red light 15.40155136249412 0.8531929241321295 3 98 A0A0H5B0U7 MF 0042802 identical protein binding 8.830142429395384 0.7361698669022438 3 98 A0A0H5B0U7 CC 0043227 membrane-bounded organelle 0.10911886970019989 0.3526641271644143 3 4 A0A0H5B0U7 BP 0009639 response to red or far red light 13.24809913288259 0.8331980642751011 4 98 A0A0H5B0U7 MF 0046983 protein dimerization activity 6.806526052244874 0.6835169228275326 4 98 A0A0H5B0U7 CC 0043229 intracellular organelle 0.07435052636284042 0.3442921093316436 4 4 A0A0H5B0U7 BP 0009584 detection of visible light 12.156140265038301 0.810949337237505 5 99 A0A0H5B0U7 MF 0000155 phosphorelay sensor kinase activity 6.6519785029017235 0.6791915604600686 5 99 A0A0H5B0U7 CC 0043226 organelle 0.07297672323803318 0.34392462460108936 5 4 A0A0H5B0U7 BP 0017006 protein-tetrapyrrole linkage 11.911557934499964 0.8058305741973644 6 98 A0A0H5B0U7 MF 0004673 protein histidine kinase activity 6.581692082417989 0.6772078219867359 6 99 A0A0H5B0U7 CC 0005622 intracellular anatomical structure 0.0495958183668659 0.337036212246665 6 4 A0A0H5B0U7 BP 0071482 cellular response to light stimulus 11.731054654899458 0.8020191073460092 7 98 A0A0H5B0U7 MF 0038023 signaling receptor activity 6.567135096366504 0.6767956488889635 7 99 A0A0H5B0U7 CC 0110165 cellular anatomical entity 0.001172455897008172 0.30967181401249677 7 4 A0A0H5B0U7 BP 0071478 cellular response to radiation 11.50139396617852 0.7971269986959493 8 98 A0A0H5B0U7 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203361813681795 0.6754674588272717 8 99 A0A0H5B0U7 BP 0007602 phototransduction 11.12115314218575 0.7889186660413122 9 98 A0A0H5B0U7 MF 0060089 molecular transducer activity 6.470746872323749 0.6740548634295702 9 99 A0A0H5B0U7 BP 0009583 detection of light stimulus 10.675572112806924 0.7791191331272305 10 99 A0A0H5B0U7 MF 0140299 small molecule sensor activity 6.340086479492061 0.6703067516479835 10 99 A0A0H5B0U7 BP 0071214 cellular response to abiotic stimulus 10.605747307798712 0.777565091458666 11 98 A0A0H5B0U7 MF 0004672 protein kinase activity 5.300219828305518 0.6389824354478685 11 99 A0A0H5B0U7 BP 0104004 cellular response to environmental stimulus 10.605747307798712 0.777565091458666 12 98 A0A0H5B0U7 MF 0005515 protein binding 4.982983476055379 0.6288241119463571 12 98 A0A0H5B0U7 BP 0009582 detection of abiotic stimulus 10.521445359591779 0.7756820096076791 13 99 A0A0H5B0U7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168295145238 0.6215611441203841 13 99 A0A0H5B0U7 BP 0009581 detection of external stimulus 10.520474592377816 0.7756602813933307 14 99 A0A0H5B0U7 MF 0016301 kinase activity 4.321891886725891 0.6065586084966228 14 99 A0A0H5B0U7 BP 0009416 response to light stimulus 9.687500972270731 0.756631378085681 15 99 A0A0H5B0U7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069102050109 0.5824865786557849 15 99 A0A0H5B0U7 BP 0009314 response to radiation 9.539296951189973 0.7531611233917788 16 99 A0A0H5B0U7 MF 0140096 catalytic activity, acting on a protein 3.5021664123898764 0.5764283837935822 16 99 A0A0H5B0U7 BP 0051606 detection of stimulus 8.520067399828488 0.7285265232300593 17 99 A0A0H5B0U7 MF 0016740 transferase activity 2.301285792322488 0.5249682464881553 17 99 A0A0H5B0U7 BP 0009628 response to abiotic stimulus 7.9779253967039985 0.714820616716261 18 99 A0A0H5B0U7 MF 0005488 binding 0.8782338662503324 0.44077292064003926 18 98 A0A0H5B0U7 BP 0009605 response to external stimulus 5.55229871541049 0.6468393515936861 19 99 A0A0H5B0U7 MF 0003824 catalytic activity 0.726741113215864 0.42848171092521947 19 99 A0A0H5B0U7 BP 0000160 phosphorelay signal transduction system 5.175296847376987 0.6350195277986497 20 99 A0A0H5B0U7 BP 0035556 intracellular signal transduction 4.829729622346778 0.6238008975498534 21 99 A0A0H5B0U7 BP 0036211 protein modification process 4.164479199977724 0.6010104479296982 22 98 A0A0H5B0U7 BP 0007165 signal transduction 4.053965422981673 0.5970523818465305 23 99 A0A0H5B0U7 BP 0023052 signaling 4.0272172912749795 0.5960863127201448 24 99 A0A0H5B0U7 BP 0007154 cell communication 3.9074714873711627 0.5917215630699298 25 99 A0A0H5B0U7 BP 0043412 macromolecule modification 3.6352685092447103 0.5815438393592074 26 98 A0A0H5B0U7 BP 0006355 regulation of DNA-templated transcription 3.5211844310271494 0.5771651761358185 27 99 A0A0H5B0U7 BP 1903506 regulation of nucleic acid-templated transcription 3.521164926513667 0.5771644215164334 28 99 A0A0H5B0U7 BP 2001141 regulation of RNA biosynthetic process 3.5193241756445017 0.5770931944232089 29 99 A0A0H5B0U7 BP 0051252 regulation of RNA metabolic process 3.4937105457702566 0.5761001458822308 30 99 A0A0H5B0U7 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641391708574285 0.57494911601105 31 99 A0A0H5B0U7 BP 0010556 regulation of macromolecule biosynthetic process 3.4371706417060226 0.5738951079160127 32 99 A0A0H5B0U7 BP 0031326 regulation of cellular biosynthetic process 3.43242319928243 0.573709136661563 33 99 A0A0H5B0U7 BP 0009889 regulation of biosynthetic process 3.430285461194724 0.5736253531926412 34 99 A0A0H5B0U7 BP 0051716 cellular response to stimulus 3.399633129588112 0.5724211259061028 35 99 A0A0H5B0U7 BP 0031323 regulation of cellular metabolic process 3.343953363350577 0.5702196838610176 36 99 A0A0H5B0U7 BP 0051171 regulation of nitrogen compound metabolic process 3.3277581227535684 0.5695759287144424 37 99 A0A0H5B0U7 BP 0080090 regulation of primary metabolic process 3.321743893341008 0.5693364664460743 38 99 A0A0H5B0U7 BP 0010468 regulation of gene expression 3.2973821401256243 0.568364255361917 39 99 A0A0H5B0U7 BP 0060255 regulation of macromolecule metabolic process 3.2048161941036017 0.5646370462495371 40 99 A0A0H5B0U7 BP 0019222 regulation of metabolic process 3.169328869250356 0.563193882565062 41 99 A0A0H5B0U7 BP 0050896 response to stimulus 3.038207555361543 0.5577902041130585 42 99 A0A0H5B0U7 BP 0050794 regulation of cellular process 2.6362243587935628 0.5404533109108312 43 99 A0A0H5B0U7 BP 0050789 regulation of biological process 2.4605599264521576 0.532463217732337 44 99 A0A0H5B0U7 BP 0065007 biological regulation 2.3629849844838087 0.5279014940525074 45 99 A0A0H5B0U7 BP 0019538 protein metabolic process 2.342003317732851 0.5269083473407208 46 98 A0A0H5B0U7 BP 1901564 organonitrogen compound metabolic process 1.605012893629859 0.4886525782285045 47 98 A0A0H5B0U7 BP 0043170 macromolecule metabolic process 1.50922064737536 0.4830786962544592 48 98 A0A0H5B0U7 BP 0006807 nitrogen compound metabolic process 1.0815007043913112 0.4557010682436061 49 98 A0A0H5B0U7 BP 0044238 primary metabolic process 0.9688383663673364 0.4476197608158411 50 98 A0A0H5B0U7 BP 0071704 organic substance metabolic process 0.8303720951966704 0.43701314408597214 51 98 A0A0H5B0U7 BP 0008152 metabolic process 0.6035423897759483 0.4175029624847766 52 98 A0A0H5B0U7 BP 0009987 cellular process 0.3482056606967616 0.39038100065181464 53 99 A0A0H5B0U7 BP 0017012 protein-phytochromobilin linkage 0.25383428342427156 0.3778546194768673 54 1 A0A0H5B0U7 BP 0017007 protein-bilin linkage 0.15426541212536587 0.36172967520910126 55 1 A0A0H5B2E7 BP 0009585 red, far-red light phototransduction 15.742258286462159 0.8551748795608675 1 99 A0A0H5B2E7 MF 0009881 photoreceptor activity 10.826759628665759 0.782466686073386 1 99 A0A0H5B2E7 CC 0005634 nucleus 0.19341409618226701 0.3685573185028512 1 5 A0A0H5B2E7 BP 0010017 red or far-red light signaling pathway 15.559905414409325 0.8541167969769003 2 99 A0A0H5B2E7 MF 0042803 protein homodimerization activity 9.622480399239864 0.7551121880637668 2 99 A0A0H5B2E7 CC 0043231 intracellular membrane-bounded organelle 0.13425328318712182 0.357902136607146 2 5 A0A0H5B2E7 BP 0071489 cellular response to red or far red light 15.55535331577975 0.8540903048241129 3 99 A0A0H5B2E7 MF 0042802 identical protein binding 8.918321413542303 0.7383188730839203 3 99 A0A0H5B2E7 CC 0043227 membrane-bounded organelle 0.13310385930961569 0.3576738991389061 3 5 A0A0H5B2E7 BP 0009639 response to red or far red light 13.38039642398022 0.835830335249863 4 99 A0A0H5B2E7 MF 0046983 protein dimerization activity 6.874496932404004 0.6854036824168515 4 99 A0A0H5B2E7 CC 0043229 intracellular organelle 0.09069322315915865 0.3484274382006706 4 5 A0A0H5B2E7 BP 0009584 detection of visible light 12.156141259189232 0.8109493579384937 5 99 A0A0H5B2E7 MF 0000155 phosphorelay sensor kinase activity 6.6519790469124445 0.6791915757733635 5 99 A0A0H5B2E7 CC 0043226 organelle 0.08901744977233886 0.34802157031143044 5 5 A0A0H5B2E7 BP 0017006 protein-tetrapyrrole linkage 12.030508346304737 0.8083265369154773 6 99 A0A0H5B2E7 MF 0004673 protein histidine kinase activity 6.58169262068056 0.6772078372189142 6 99 A0A0H5B2E7 CC 0005622 intracellular anatomical structure 0.06049728015315467 0.3404136749349625 6 5 A0A0H5B2E7 BP 0071482 cellular response to light stimulus 11.84820253679516 0.8044960864306101 7 99 A0A0H5B2E7 MF 0038023 signaling receptor activity 6.567135633438578 0.6767956641042877 7 99 A0A0H5B2E7 CC 0110165 cellular anatomical entity 0.0014301688167305047 0.31019111157871354 7 5 A0A0H5B2E7 BP 0071478 cellular response to radiation 11.616248425698327 0.799579611833964 8 99 A0A0H5B2E7 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336714612956 0.6754674739882849 8 99 A0A0H5B2E7 BP 0007602 phototransduction 11.232210465944842 0.7913303962371584 9 99 A0A0H5B2E7 MF 0060089 molecular transducer activity 6.470747401513023 0.6740548785328213 9 99 A0A0H5B2E7 BP 0071214 cellular response to abiotic stimulus 10.71165771991249 0.7799202733209346 10 99 A0A0H5B2E7 MF 0140299 small molecule sensor activity 6.3400869979956935 0.6703067665979708 10 99 A0A0H5B2E7 BP 0104004 cellular response to environmental stimulus 10.71165771991249 0.7799202733209346 11 99 A0A0H5B2E7 MF 0004672 protein kinase activity 5.300220261766991 0.6389824491169764 11 99 A0A0H5B2E7 BP 0009583 detection of light stimulus 10.675572985874338 0.7791191525266535 12 99 A0A0H5B2E7 MF 0005515 protein binding 5.032744215981466 0.6304384650533399 12 99 A0A0H5B2E7 BP 0009582 detection of abiotic stimulus 10.52144622005443 0.7756820288665549 13 99 A0A0H5B2E7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.7621686846038935 0.6215611570771199 13 99 A0A0H5B2E7 BP 0009581 detection of external stimulus 10.520475452761078 0.7756603006513181 14 99 A0A0H5B2E7 MF 0016301 kinase activity 4.321892240177953 0.6065586208398915 14 99 A0A0H5B2E7 BP 0009416 response to light stimulus 9.687501764531918 0.7566313965655596 15 99 A0A0H5B2E7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069401377117 0.5824865900147267 15 99 A0A0H5B2E7 BP 0009314 response to radiation 9.53929773133077 0.7531611417297556 16 99 A0A0H5B2E7 MF 0140096 catalytic activity, acting on a protein 3.5021666988033204 0.5764283949047989 16 99 A0A0H5B2E7 BP 0051606 detection of stimulus 8.520068096614864 0.7285265405607051 17 99 A0A0H5B2E7 MF 0016740 transferase activity 2.3012859805257633 0.5249682554951209 17 99 A0A0H5B2E7 BP 0009628 response to abiotic stimulus 7.977926049153032 0.7148206334864602 18 99 A0A0H5B2E7 MF 0005488 binding 0.8870040271835891 0.4414506540579338 18 99 A0A0H5B2E7 BP 0009605 response to external stimulus 5.552299169487427 0.6468393655840705 19 99 A0A0H5B2E7 MF 0003824 catalytic activity 0.7267411726500543 0.42848171598676443 19 99 A0A0H5B2E7 BP 0000160 phosphorelay signal transduction system 5.1752972706220355 0.6350195413057108 20 99 A0A0H5B2E7 BP 0035556 intracellular signal transduction 4.8297300173307205 0.6238009105981747 21 99 A0A0H5B2E7 BP 0036211 protein modification process 4.206066246652367 0.6024862705378167 22 99 A0A0H5B2E7 BP 0007165 signal transduction 4.0539657545222285 0.597052393801081 23 99 A0A0H5B2E7 BP 0023052 signaling 4.027217620628025 0.596086324635192 24 99 A0A0H5B2E7 BP 0007154 cell communication 3.907471806931181 0.5917215748064985 25 99 A0A0H5B2E7 BP 0043412 macromolecule modification 3.671570787130893 0.5829227053421631 26 99 A0A0H5B2E7 BP 0006355 regulation of DNA-templated transcription 3.521184718995921 0.5771651872771635 27 99 A0A0H5B2E7 BP 1903506 regulation of nucleic acid-templated transcription 3.521165214480843 0.5771644326577474 28 99 A0A0H5B2E7 BP 2001141 regulation of RNA biosynthetic process 3.519324463461139 0.5770932055616105 29 99 A0A0H5B2E7 BP 0051252 regulation of RNA metabolic process 3.4937108314921645 0.5761001569800257 30 99 A0A0H5B2E7 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641394541609363 0.5749491270617784 31 99 A0A0H5B2E7 BP 0010556 regulation of macromolecule biosynthetic process 3.437170922803997 0.5738951189236416 32 99 A0A0H5B2E7 BP 0031326 regulation of cellular biosynthetic process 3.432423479992149 0.5737091476615873 33 99 A0A0H5B2E7 BP 0009889 regulation of biosynthetic process 3.430285741729615 0.5736253641892396 34 99 A0A0H5B2E7 BP 0051716 cellular response to stimulus 3.3996334076162 0.5724211368534593 35 99 A0A0H5B2E7 BP 0031323 regulation of cellular metabolic process 3.3439536368250744 0.5702196947183551 36 99 A0A0H5B2E7 BP 0051171 regulation of nitrogen compound metabolic process 3.3277583949035905 0.5695759395454563 37 99 A0A0H5B2E7 BP 0080090 regulation of primary metabolic process 3.3217441649991755 0.5693364772672963 38 99 A0A0H5B2E7 BP 0010468 regulation of gene expression 3.2973824097914437 0.5683642661433843 39 99 A0A0H5B2E7 BP 0060255 regulation of macromolecule metabolic process 3.2048164561992123 0.5646370568785957 40 99 A0A0H5B2E7 BP 0019222 regulation of metabolic process 3.169329128443749 0.5631938931351081 41 99 A0A0H5B2E7 BP 0050896 response to stimulus 3.0382078038316003 0.5577902144621435 42 99 A0A0H5B2E7 BP 0050794 regulation of cellular process 2.6362245743887143 0.5404533205509952 43 99 A0A0H5B2E7 BP 0050789 regulation of biological process 2.4605601276811564 0.5324632270457788 44 99 A0A0H5B2E7 BP 0019538 protein metabolic process 2.3653908763229494 0.5280150923273028 45 99 A0A0H5B2E7 BP 0065007 biological regulation 2.3629851777329542 0.5279015031794163 46 99 A0A0H5B2E7 BP 1901564 organonitrogen compound metabolic process 1.6210407672043374 0.48956878410537497 47 99 A0A0H5B2E7 BP 0043170 macromolecule metabolic process 1.524291926757682 0.4839671405012901 48 99 A0A0H5B2E7 BP 0006807 nitrogen compound metabolic process 1.092300715175954 0.45645315374015544 49 99 A0A0H5B2E7 BP 0044238 primary metabolic process 0.9785133159654803 0.4483315960401223 50 99 A0A0H5B2E7 BP 0071704 organic substance metabolic process 0.8386643020782535 0.4376721513223273 51 99 A0A0H5B2E7 BP 0008152 metabolic process 0.6095694448597802 0.418064796073369 52 99 A0A0H5B2E7 BP 0009987 cellular process 0.3482056891736444 0.3903810041553874 53 99 A0A0H5B2E7 BP 0017012 protein-phytochromobilin linkage 0.2530431634651888 0.3777405307830051 54 1 A0A0H5B2E7 BP 0017007 protein-bilin linkage 0.1537846163680626 0.36164073426179644 55 1 A0A0H5B2G1 BP 0009585 red, far-red light phototransduction 15.58935506170135 0.8542880935091036 1 98 A0A0H5B2G1 MF 0009881 photoreceptor activity 10.826760186489711 0.782466698381302 1 99 A0A0H5B2G1 CC 0005634 nucleus 0.19338075287977935 0.3685518139773218 1 5 A0A0H5B2G1 BP 0010017 red or far-red light signaling pathway 15.40877336768879 0.853235161997012 2 98 A0A0H5B2G1 MF 0042803 protein homodimerization activity 9.529018060071746 0.752919442819268 2 98 A0A0H5B2G1 CC 0043231 intracellular membrane-bounded organelle 0.13423013881491924 0.35789755056241307 2 5 A0A0H5B2G1 BP 0071489 cellular response to red or far red light 15.404265483208624 0.853208798816183 3 98 A0A0H5B2G1 MF 0042802 identical protein binding 8.831698511111801 0.7362078828685643 3 98 A0A0H5B2G1 CC 0043227 membrane-bounded organelle 0.13308091309043707 0.35766933276833124 3 5 A0A0H5B2G1 BP 0009639 response to red or far red light 13.250433763949166 0.833244629206173 4 98 A0A0H5B2G1 MF 0046983 protein dimerization activity 6.807725524487468 0.6835502996459027 4 98 A0A0H5B2G1 CC 0043229 intracellular organelle 0.09067758825129482 0.34842366887860143 4 5 A0A0H5B2G1 BP 0009584 detection of visible light 12.156141885506523 0.8109493709801618 5 99 A0A0H5B2G1 MF 0000155 phosphorelay sensor kinase activity 6.651979389640404 0.6791915854207731 5 99 A0A0H5B2G1 CC 0043226 organelle 0.0890021037566501 0.34801783597533015 5 5 A0A0H5B2G1 BP 0017006 protein-tetrapyrrole linkage 11.913657035127628 0.805874727832397 6 98 A0A0H5B2G1 MF 0004673 protein histidine kinase activity 6.581692959787174 0.6772078468152201 6 99 A0A0H5B2G1 CC 0005622 intracellular anatomical structure 0.060486850824829366 0.3404105964023833 6 5 A0A0H5B2G1 BP 0071482 cellular response to light stimulus 11.733121946543815 0.8020629251601501 7 98 A0A0H5B2G1 MF 0038023 signaling receptor activity 6.567135971795176 0.6767956736899753 7 99 A0A0H5B2G1 CC 0110165 cellular anatomical entity 0.0014299222651481436 0.3101906382427737 7 5 A0A0H5B2G1 BP 0071478 cellular response to radiation 11.50342078613156 0.7971703854759625 8 98 A0A0H5B2G1 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337050558347 0.6754674835397566 8 99 A0A0H5B2G1 BP 0007602 phototransduction 11.123112954635936 0.788961329601185 9 98 A0A0H5B2G1 MF 0060089 molecular transducer activity 6.470747734903439 0.6740548880479025 9 99 A0A0H5B2G1 BP 0009583 detection of light stimulus 10.675573535908745 0.7791191647483325 10 99 A0A0H5B2G1 MF 0140299 small molecule sensor activity 6.340087324654131 0.6703067760164957 10 99 A0A0H5B2G1 BP 0071214 cellular response to abiotic stimulus 10.607616293447196 0.777606754677282 11 98 A0A0H5B2G1 MF 0004672 protein kinase activity 5.300220534848681 0.6389824577285446 11 99 A0A0H5B2G1 BP 0104004 cellular response to environmental stimulus 10.607616293447196 0.777606754677282 12 98 A0A0H5B2G1 MF 0005515 protein binding 4.983861596600126 0.6288526698881012 12 98 A0A0H5B2G1 BP 0009582 detection of abiotic stimulus 10.52144676214781 0.7756820409996891 13 99 A0A0H5B2G1 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.76216892996371 0.621561165239892 13 99 A0A0H5B2G1 BP 0009581 detection of external stimulus 10.52047599480444 0.7756603127838925 14 99 A0A0H5B2G1 MF 0016301 kinase activity 4.321892462853537 0.6065586286161779 14 99 A0A0H5B2G1 BP 0009416 response to light stimulus 9.687502263658223 0.7566314082079236 15 99 A0A0H5B2G1 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600695899537965 0.5824865971708849 15 99 A0A0H5B2G1 BP 0009314 response to radiation 9.5392982228212 0.7531611532827212 16 99 A0A0H5B2G1 MF 0140096 catalytic activity, acting on a protein 3.502166879244425 0.57642840190489 16 99 A0A0H5B2G1 BP 0051606 detection of stimulus 8.520068535591829 0.7285265514790502 17 99 A0A0H5B2G1 MF 0016740 transferase activity 2.3012860990942436 0.5249682611695292 17 99 A0A0H5B2G1 BP 0009628 response to abiotic stimulus 7.97792646019737 0.7148206440517224 18 99 A0A0H5B2G1 MF 0005488 binding 0.8783886320055777 0.44078490975901363 18 98 A0A0H5B2G1 BP 0009605 response to external stimulus 5.552299455556905 0.6468393743980433 19 99 A0A0H5B2G1 MF 0003824 catalytic activity 0.7267412100937259 0.42848171917554884 19 99 A0A0H5B2G1 BP 0000160 phosphorelay signal transduction system 5.175297537267355 0.6350195498151889 20 99 A0A0H5B2G1 BP 0035556 intracellular signal transduction 4.829730266171479 0.6238009188186457 21 99 A0A0H5B2G1 BP 0036211 protein modification process 4.16521308054571 0.6010365552638899 22 98 A0A0H5B2G1 BP 0007165 signal transduction 4.053965963393514 0.5970524013324741 23 99 A0A0H5B2G1 BP 0023052 signaling 4.027217828121174 0.5960863321416978 24 99 A0A0H5B2G1 BP 0007154 cell communication 3.907472008254702 0.5917215822005624 25 99 A0A0H5B2G1 BP 0043412 macromolecule modification 3.6359091302660276 0.5815682315285808 26 98 A0A0H5B2G1 BP 0006355 regulation of DNA-templated transcription 3.521184900416886 0.5771651942962353 27 99 A0A0H5B2G1 BP 1903506 regulation of nucleic acid-templated transcription 3.521165395900803 0.5771644396767999 28 99 A0A0H5B2G1 BP 2001141 regulation of RNA biosynthetic process 3.5193246447862583 0.5770932125788278 29 99 A0A0H5B2G1 BP 0051252 regulation of RNA metabolic process 3.4937110114976004 0.5761001639716608 30 99 A0A0H5B2G1 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396326427745 0.5749491340237614 31 99 A0A0H5B2G1 BP 0010556 regulation of macromolecule biosynthetic process 3.437171099896343 0.5738951258584721 32 99 A0A0H5B2G1 BP 0031326 regulation of cellular biosynthetic process 3.4324236568398945 0.5737091545916269 33 99 A0A0H5B2G1 BP 0009889 regulation of biosynthetic process 3.4302859184672188 0.5736253711171208 34 99 A0A0H5B2G1 BP 0051716 cellular response to stimulus 3.3996335827745123 0.5724211437503179 35 99 A0A0H5B2G1 BP 0031323 regulation of cellular metabolic process 3.343953809114614 0.5702197015585017 36 99 A0A0H5B2G1 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585663587073 0.5695759463690186 37 99 A0A0H5B2G1 BP 0080090 regulation of primary metabolic process 3.3217443361444228 0.56933648408469 38 99 A0A0H5B2G1 BP 0010468 regulation of gene expression 3.297382579681508 0.5683642729357324 39 99 A0A0H5B2G1 BP 0060255 regulation of macromolecule metabolic process 3.204816621320028 0.5646370635749258 40 99 A0A0H5B2G1 BP 0019222 regulation of metabolic process 3.1693292917361617 0.5631938997942605 41 99 A0A0H5B2G1 BP 0050896 response to stimulus 3.038207960368287 0.5577902209820897 42 99 A0A0H5B2G1 BP 0050794 regulation of cellular process 2.6362247102141376 0.5404533266243196 43 99 A0A0H5B2G1 BP 0050789 regulation of biological process 2.4605602544558725 0.5324632329132675 44 99 A0A0H5B2G1 BP 0065007 biological regulation 2.3629852994803446 0.5279015089293889 45 99 A0A0H5B2G1 BP 0019538 protein metabolic process 2.3424160345799065 0.5269279256837214 46 98 A0A0H5B2G1 BP 1901564 organonitrogen compound metabolic process 1.6052957351851747 0.48866878593049 47 98 A0A0H5B2G1 BP 0043170 macromolecule metabolic process 1.5094866080520075 0.4830944128526026 48 98 A0A0H5B2G1 BP 0006807 nitrogen compound metabolic process 1.081691290611845 0.4557143726524769 49 98 A0A0H5B2G1 BP 0044238 primary metabolic process 0.9690090987966399 0.44763235319651573 50 98 A0A0H5B2G1 BP 0071704 organic substance metabolic process 0.8305184265662368 0.43702480193838583 51 98 A0A0H5B2G1 BP 0008152 metabolic process 0.6036487483409796 0.41751290133323765 52 98 A0A0H5B2G1 BP 0009987 cellular process 0.3482057071141438 0.390381006362646 53 99 A0A0H5B2G1 BP 0017012 protein-phytochromobilin linkage 0.25051668318304143 0.3773749836753707 54 1 A0A0H5B2G1 BP 0017007 protein-bilin linkage 0.15224917160191714 0.3613557620622129 55 1 A0A0H5B2G6 BP 0009585 red, far-red light phototransduction 15.589355770937857 0.8542880976324926 1 98 A0A0H5B2G6 MF 0009881 photoreceptor activity 10.826760210183782 0.7824666989040918 1 99 A0A0H5B2G6 CC 0005634 nucleus 0.1933854186978566 0.3685525842689523 1 5 A0A0H5B2G6 BP 0010017 red or far-red light signaling pathway 15.408774068709747 0.8532351660964494 2 98 A0A0H5B2G6 MF 0042803 protein homodimerization activity 9.529018493593687 0.7529194530151224 2 98 A0A0H5B2G6 CC 0043231 intracellular membrane-bounded organelle 0.1342333774692262 0.35789819232378856 2 5 A0A0H5B2G6 BP 0071489 cellular response to red or far red light 15.404266184024495 0.8532088029150207 3 98 A0A0H5B2G6 MF 0042802 identical protein binding 8.831698912909244 0.7362078926842731 3 98 A0A0H5B2G6 CC 0043227 membrane-bounded organelle 0.13308412401665795 0.3576699717765468 3 5 A0A0H5B2G6 BP 0009639 response to red or far red light 13.250434366776629 0.8332446412292214 4 98 A0A0H5B2G6 MF 0046983 protein dimerization activity 6.807725834204415 0.6835503082637852 4 98 A0A0H5B2G6 CC 0043229 intracellular organelle 0.09067977608604139 0.3484241963495392 4 5 A0A0H5B2G6 BP 0009584 detection of visible light 12.15614191210991 0.8109493715341183 5 99 A0A0H5B2G6 MF 0000155 phosphorelay sensor kinase activity 6.65197940419808 0.6791915858305555 5 99 A0A0H5B2G6 CC 0043226 organelle 0.08900425116593691 0.3480183585504056 5 5 A0A0H5B2G6 BP 0017006 protein-tetrapyrrole linkage 11.913657577138537 0.8058747392328496 6 98 A0A0H5B2G6 MF 0004673 protein histidine kinase activity 6.5816929741910295 0.6772078472228316 6 99 A0A0H5B2G6 CC 0005622 intracellular anatomical structure 0.06048831022881768 0.3404110272057046 6 5 A0A0H5B2G6 BP 0071482 cellular response to light stimulus 11.733122480341295 0.802062936473894 7 98 A0A0H5B2G6 MF 0038023 signaling receptor activity 6.567135986167175 0.6767956740971359 7 99 A0A0H5B2G6 CC 0110165 cellular anatomical entity 0.0014299567657747802 0.3101907044804015 7 5 A0A0H5B2G6 BP 0071478 cellular response to radiation 11.503421309478801 0.7971703966784135 8 98 A0A0H5B2G6 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203370648279275 0.6754674839454639 8 99 A0A0H5B2G6 BP 0007602 phototransduction 11.123113460681102 0.7889613406169009 9 98 A0A0H5B2G6 MF 0060089 molecular transducer activity 6.470747749064493 0.6740548884520641 9 99 A0A0H5B2G6 BP 0009583 detection of light stimulus 10.675573559271948 0.7791191652674593 10 99 A0A0H5B2G6 MF 0140299 small molecule sensor activity 6.34008733852924 0.6703067764165559 10 99 A0A0H5B2G6 BP 0071214 cellular response to abiotic stimulus 10.607616776039881 0.7776067654347101 11 98 A0A0H5B2G6 MF 0004672 protein kinase activity 5.300220546448069 0.6389824580943286 11 99 A0A0H5B2G6 BP 0104004 cellular response to environmental stimulus 10.607616776039881 0.7776067654347101 12 98 A0A0H5B2G6 MF 0005515 protein binding 4.983861823340526 0.6288526772617515 12 98 A0A0H5B2G6 BP 0009582 detection of abiotic stimulus 10.52144678517371 0.7756820415150547 13 99 A0A0H5B2G6 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168940385587 0.621561165586613 13 99 A0A0H5B2G6 BP 0009581 detection of external stimulus 10.520476017828218 0.7756603132992345 14 99 A0A0H5B2G6 MF 0016301 kinase activity 4.32189247231188 0.6065586289464826 14 99 A0A0H5B2G6 BP 0009416 response to light stimulus 9.687502284859058 0.7566314087024434 15 99 A0A0H5B2G6 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600695979637594 0.5824865974748492 15 99 A0A0H5B2G6 BP 0009314 response to radiation 9.539298243697695 0.7531611537734437 16 99 A0A0H5B2G6 MF 0140096 catalytic activity, acting on a protein 3.502166886908822 0.576428402202225 16 99 A0A0H5B2G6 BP 0051606 detection of stimulus 8.520068554237767 0.7285265519428166 17 99 A0A0H5B2G6 MF 0016740 transferase activity 2.301286104130546 0.5249682614105547 17 99 A0A0H5B2G6 BP 0009628 response to abiotic stimulus 7.977926477656844 0.7148206445004912 18 99 A0A0H5B2G6 MF 0005488 binding 0.8783886719678008 0.4407849128545998 18 98 A0A0H5B2G6 BP 0009605 response to external stimulus 5.552299467707961 0.6468393747724247 19 99 A0A0H5B2G6 MF 0003824 catalytic activity 0.7267412116841793 0.4284817193109953 19 99 A0A0H5B2G6 BP 0000160 phosphorelay signal transduction system 5.175297548593353 0.6350195501766367 20 99 A0A0H5B2G6 BP 0035556 intracellular signal transduction 4.829730276741213 0.6238009191678175 21 99 A0A0H5B2G6 BP 0036211 protein modification process 4.165213270041758 0.6010365620047942 22 98 A0A0H5B2G6 BP 0007165 signal transduction 4.053965972265508 0.5970524016523767 23 99 A0A0H5B2G6 BP 0023052 signaling 4.02721783693463 0.5960863324605433 24 99 A0A0H5B2G6 BP 0007154 cell communication 3.9074720168060986 0.5917215825146319 25 99 A0A0H5B2G6 BP 0043412 macromolecule modification 3.635909295681434 0.5815682378266303 26 98 A0A0H5B2G6 BP 0006355 regulation of DNA-templated transcription 3.521184908122903 0.5771651945943765 27 99 A0A0H5B2G6 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654036067785 0.5771644399749403 28 99 A0A0H5B2G6 BP 2001141 regulation of RNA biosynthetic process 3.519324652488204 0.5770932128768904 29 99 A0A0H5B2G6 BP 0051252 regulation of RNA metabolic process 3.4937110191434915 0.5761001642686367 30 99 A0A0H5B2G6 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396402239497 0.5749491343194778 31 99 A0A0H5B2G6 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711074184983 0.5738951261530352 32 99 A0A0H5B2G6 BP 0031326 regulation of cellular biosynthetic process 3.432423664351661 0.5737091548859865 33 99 A0A0H5B2G6 BP 0009889 regulation of biosynthetic process 3.430285925974306 0.5736253714113887 34 99 A0A0H5B2G6 BP 0051716 cellular response to stimulus 3.399633590214518 0.572421144043268 35 99 A0A0H5B2G6 BP 0031323 regulation of cellular metabolic process 3.3439538164327662 0.5702197018490429 36 99 A0A0H5B2G6 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585736414164 0.5695759466588557 37 99 A0A0H5B2G6 BP 0080090 regulation of primary metabolic process 3.3217443434139704 0.5693364843742648 38 99 A0A0H5B2G6 BP 0010468 regulation of gene expression 3.29738258689774 0.5683642732242435 39 99 A0A0H5B2G6 BP 0060255 regulation of macromolecule metabolic process 3.2048166283336816 0.5646370638593583 40 99 A0A0H5B2G6 BP 0019222 regulation of metabolic process 3.169329298672153 0.563193900077114 41 99 A0A0H5B2G6 BP 0050896 response to stimulus 3.038207967017323 0.5577902212590303 42 99 A0A0H5B2G6 BP 0050794 regulation of cellular process 2.636224715983444 0.5404533268822894 43 99 A0A0H5B2G6 BP 0050789 regulation of biological process 2.460560259840742 0.5324632331624943 44 99 A0A0H5B2G6 BP 0065007 biological regulation 2.362985304651674 0.5279015091736241 45 99 A0A0H5B2G6 BP 0019538 protein metabolic process 2.3424161411479436 0.5269279307388425 46 98 A0A0H5B2G6 BP 1901564 organonitrogen compound metabolic process 1.6052958082179807 0.48866879011531283 47 98 A0A0H5B2G6 BP 0043170 macromolecule metabolic process 1.5094866767259845 0.48309441691062255 48 98 A0A0H5B2G6 BP 0006807 nitrogen compound metabolic process 1.081691339823307 0.4557143760876705 49 98 A0A0H5B2G6 BP 0044238 primary metabolic process 0.9690091428816342 0.44763235644786387 50 98 A0A0H5B2G6 BP 0071704 organic substance metabolic process 0.8305184643506085 0.4370248049484391 51 98 A0A0H5B2G6 BP 0008152 metabolic process 0.6036487758039328 0.41751290389944473 52 98 A0A0H5B2G6 BP 0009987 cellular process 0.3482057078761825 0.3903810064564013 53 99 A0A0H5B2G6 BP 0017012 protein-phytochromobilin linkage 0.2505049235481448 0.37737327791810743 54 1 A0A0H5B2G6 BP 0017007 protein-bilin linkage 0.15224202479377408 0.36135443229270003 55 1 A0A0H5B2T9 BP 0009585 red, far-red light phototransduction 14.789597336952893 0.8495772142246835 1 91 A0A0H5B2T9 MF 0009881 photoreceptor activity 10.82675388504687 0.7824665593452502 1 97 A0A0H5B2T9 CC 0005634 nucleus 0.15465880072199245 0.3618023439271436 1 4 A0A0H5B2T9 BP 0010017 red or far-red light signaling pathway 14.61827975965094 0.848551646785067 2 91 A0A0H5B2T9 MF 0042803 protein homodimerization activity 9.040164879638878 0.7412709080596435 2 91 A0A0H5B2T9 CC 0043231 intracellular membrane-bounded organelle 0.10735231909438239 0.3522742917714981 2 4 A0A0H5B2T9 BP 0071489 cellular response to red or far red light 14.614003136529632 0.8485259687428084 3 91 A0A0H5B2T9 MF 0042802 identical protein binding 8.378618888577355 0.7249936558795909 3 91 A0A0H5B2T9 CC 0043227 membrane-bounded organelle 0.10643321070504971 0.3520701977895701 3 4 A0A0H5B2T9 BP 0009639 response to red or far red light 12.570666274079088 0.8195085662487178 4 91 A0A0H5B2T9 MF 0000155 phosphorelay sensor kinase activity 6.651975518023486 0.6791914764390639 4 97 A0A0H5B2T9 CC 0043229 intracellular organelle 0.07252059391880826 0.3438018488362634 4 4 A0A0H5B2T9 BP 0009584 detection of visible light 12.156134810330572 0.810949223655298 5 97 A0A0H5B2T9 MF 0004673 protein histidine kinase activity 6.5816891290787005 0.6772077384108033 5 97 A0A0H5B2T9 CC 0043226 organelle 0.07118060315596776 0.3434389145893557 5 4 A0A0H5B2T9 BP 0017006 protein-tetrapyrrole linkage 11.30246823314474 0.7928499665657265 6 91 A0A0H5B2T9 MF 0038023 signaling receptor activity 6.567132149559229 0.676795565405506 6 97 A0A0H5B2T9 CC 0005622 intracellular anatomical structure 0.04837515455239675 0.33663579994981124 6 4 A0A0H5B2T9 BP 0071482 cellular response to light stimulus 11.13119487034186 0.7891372267892015 7 91 A0A0H5B2T9 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520333255560532 0.6754673756418071 7 97 A0A0H5B2T9 CC 0110165 cellular anatomical entity 0.001143599139832551 0.3096102491188386 7 4 A0A0H5B2T9 BP 0071478 cellular response to radiation 10.913277730288128 0.7843718366954369 8 91 A0A0H5B2T9 MF 0060089 molecular transducer activity 6.470743968767835 0.674054780561036 8 97 A0A0H5B2T9 BP 0009583 detection of light stimulus 10.675567322460282 0.7791190266864547 9 97 A0A0H5B2T9 MF 0046983 protein dimerization activity 6.4584788074406685 0.6737045623517736 9 91 A0A0H5B2T9 BP 0007602 phototransduction 10.552480271403631 0.7763761215720101 10 91 A0A0H5B2T9 MF 0140299 small molecule sensor activity 6.340083634566126 0.6703066696203763 10 97 A0A0H5B2T9 BP 0009582 detection of abiotic stimulus 10.52144063840495 0.7756819039380569 11 97 A0A0H5B2T9 MF 0004672 protein kinase activity 5.300217449988928 0.6389823604481915 11 97 A0A0H5B2T9 BP 0009581 detection of external stimulus 10.520469871626592 0.7756601757285835 12 97 A0A0H5B2T9 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762166158263331 0.6215610730293517 12 97 A0A0H5B2T9 BP 0071214 cellular response to abiotic stimulus 10.063429376267177 0.7653166346073662 13 91 A0A0H5B2T9 MF 0005515 protein binding 4.728181884695282 0.6204284399643245 13 91 A0A0H5B2T9 BP 0104004 cellular response to environmental stimulus 10.063429376267177 0.7653166346073662 14 91 A0A0H5B2T9 MF 0016301 kinase activity 4.3218899474049755 0.6065585407715623 14 97 A0A0H5B2T9 BP 0009416 response to light stimulus 9.687496625291736 0.7566312766902625 15 97 A0A0H5B2T9 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600674597025558 0.58248651633153 15 97 A0A0H5B2T9 BP 0009314 response to radiation 9.53929267071314 0.7531610227749475 16 97 A0A0H5B2T9 MF 0140096 catalytic activity, acting on a protein 3.5021648408964765 0.5764283228285452 16 97 A0A0H5B2T9 BP 0051606 detection of stimulus 8.520063576700712 0.7285264281402519 17 97 A0A0H5B2T9 MF 0016740 transferase activity 2.3012847596886816 0.5249681970687254 17 97 A0A0H5B2T9 BP 0009628 response to abiotic stimulus 7.977921816846383 0.7148205247015138 18 97 A0A0H5B2T9 MF 0005488 binding 0.8333259535947478 0.43724827200939365 18 91 A0A0H5B2T9 BP 0009605 response to external stimulus 5.55229622398097 0.6468392748312297 19 97 A0A0H5B2T9 MF 0003824 catalytic activity 0.7267407871123246 0.42848168315352897 19 97 A0A0H5B2T9 BP 0000160 phosphorelay signal transduction system 5.175294525115883 0.6350194536880914 20 97 A0A0H5B2T9 BP 0035556 intracellular signal transduction 4.829727455148727 0.6238008259563093 21 97 A0A0H5B2T9 BP 0007165 signal transduction 4.053963603884818 0.5970523162542889 22 97 A0A0H5B2T9 BP 0023052 signaling 4.027215484180556 0.5960862473446509 23 97 A0A0H5B2T9 BP 0036211 protein modification process 3.9515312878605546 0.5933352234277993 24 91 A0A0H5B2T9 BP 0007154 cell communication 3.9074697340091205 0.591721498673712 25 97 A0A0H5B2T9 BP 0006355 regulation of DNA-templated transcription 3.521182850999977 0.5771651150054747 26 97 A0A0H5B2T9 BP 1903506 regulation of nucleic acid-templated transcription 3.5211633464952468 0.5771643603862588 27 97 A0A0H5B2T9 BP 2001141 regulation of RNA biosynthetic process 3.519322596452065 0.5770931333090148 28 97 A0A0H5B2T9 BP 0051252 regulation of RNA metabolic process 3.4937089780711763 0.5761000849908373 29 97 A0A0H5B2T9 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641376164276263 0.574949055377902 30 97 A0A0H5B2T9 BP 0043412 macromolecule modification 3.4493814386518022 0.5743728515189349 31 91 A0A0H5B2T9 BP 0010556 regulation of macromolecule biosynthetic process 3.437169099377549 0.5738950475193421 32 97 A0A0H5B2T9 BP 0031326 regulation of cellular biosynthetic process 3.4324216590842305 0.5737090763066168 33 97 A0A0H5B2T9 BP 0009889 regulation of biosynthetic process 3.4302839219557715 0.5736252928564928 34 97 A0A0H5B2T9 BP 0051716 cellular response to stimulus 3.3996316041034844 0.5724210658401351 35 97 A0A0H5B2T9 BP 0031323 regulation of cellular metabolic process 3.3439518628505946 0.5702196242889659 36 97 A0A0H5B2T9 BP 0051171 regulation of nitrogen compound metabolic process 3.327756629520721 0.5695758692868238 37 97 A0A0H5B2T9 BP 0080090 regulation of primary metabolic process 3.3217424028068674 0.5693364070721814 38 97 A0A0H5B2T9 BP 0010468 regulation of gene expression 3.297380660523099 0.5683641962061495 39 97 A0A0H5B2T9 BP 0060255 regulation of macromolecule metabolic process 3.204814756037301 0.564636987930007 40 97 A0A0H5B2T9 BP 0019222 regulation of metabolic process 3.169327447107941 0.5631938245693204 41 97 A0A0H5B2T9 BP 0050896 response to stimulus 3.0382061920559322 0.5577901473296875 42 97 A0A0H5B2T9 BP 0050794 regulation of cellular process 2.6362231758659997 0.5404532580171691 43 97 A0A0H5B2T9 BP 0050789 regulation of biological process 2.4605588223488026 0.5324631666313338 44 97 A0A0H5B2T9 BP 0065007 biological regulation 2.362983924164318 0.5279014439749736 45 97 A0A0H5B2T9 BP 0019538 protein metabolic process 2.22224651436465 0.5211525632839918 46 91 A0A0H5B2T9 BP 1901564 organonitrogen compound metabolic process 1.5229416121545083 0.483887719798869 47 91 A0A0H5B2T9 BP 0043170 macromolecule metabolic process 1.432047639575387 0.4784582161138675 48 91 A0A0H5B2T9 BP 0006807 nitrogen compound metabolic process 1.0261988753043487 0.45178974109704795 49 91 A0A0H5B2T9 BP 0044238 primary metabolic process 0.9192974520321087 0.44391776091106705 50 91 A0A0H5B2T9 BP 0071704 organic substance metabolic process 0.7879115628080259 0.4335858836147083 51 91 A0A0H5B2T9 BP 0008152 metabolic process 0.5726806455804958 0.4145810673319086 52 91 A0A0H5B2T9 BP 0009987 cellular process 0.34820550444978965 0.39038098142840744 53 97 A0A0H5B2T9 BP 0017012 protein-phytochromobilin linkage 0.2478561808630983 0.37698804725114615 54 1 A0A0H5B2T9 BP 0017007 protein-bilin linkage 0.1506322761955527 0.3610541152385688 55 1 A0A0H5B2W7 BP 0009585 red, far-red light phototransduction 15.43132023117441 0.8533669635767256 1 96 A0A0H5B2W7 MF 0009881 photoreceptor activity 10.826756209931984 0.7824666106418954 1 98 A0A0H5B2W7 CC 0005634 nucleus 0.1546612895015262 0.3618028033726214 1 4 A0A0H5B2W7 BP 0010017 red or far-red light signaling pathway 15.252569157947422 0.8523193826297211 2 96 A0A0H5B2W7 MF 0042803 protein homodimerization activity 9.432419018722614 0.7506417758726913 2 96 A0A0H5B2W7 CC 0043231 intracellular membrane-bounded organelle 0.1073540466149206 0.3522746745542651 2 4 A0A0H5B2W7 BP 0071489 cellular response to red or far red light 15.248106971493696 0.8522931534157392 3 96 A0A0H5B2W7 MF 0042802 identical protein binding 8.74216844575987 0.7340151371995789 3 96 A0A0H5B2W7 CC 0043227 membrane-bounded organelle 0.10643492343523561 0.3520705789301969 3 4 A0A0H5B2W7 BP 0009639 response to red or far red light 13.11610940954155 0.8305587826838503 4 96 A0A0H5B2W7 MF 0046983 protein dimerization activity 6.7387131923365775 0.6816251381674613 4 96 A0A0H5B2W7 CC 0043229 intracellular organelle 0.07252176092494743 0.3438021634497518 4 4 A0A0H5B2W7 BP 0009584 detection of visible light 12.156137420680563 0.8109492780100582 5 98 A0A0H5B2W7 MF 0000155 phosphorelay sensor kinase activity 6.651976946436751 0.6791915166473119 5 98 A0A0H5B2W7 CC 0043226 organelle 0.07118174859888796 0.34343922628267504 5 4 A0A0H5B2W7 BP 0017006 protein-tetrapyrrole linkage 11.792884061322708 0.8033279638971615 6 96 A0A0H5B2W7 MF 0004673 protein histidine kinase activity 6.581690542399003 0.6772077784060622 6 98 A0A0H5B2W7 CC 0005622 intracellular anatomical structure 0.04837593300854686 0.336636056905268 6 4 A0A0H5B2W7 BP 0071482 cellular response to light stimulus 11.614179121068675 0.7995355312390732 7 96 A0A0H5B2W7 MF 0038023 signaling receptor activity 6.567133559753638 0.676795605356511 7 98 A0A0H5B2W7 CC 0110165 cellular anatomical entity 0.0011436175427046846 0.30961028862670464 7 4 A0A0H5B2W7 BP 0071478 cellular response to radiation 11.386806522923036 0.7946678534302504 8 96 A0A0H5B2W7 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520334655705571 0.6754674154502075 8 98 A0A0H5B2W7 BP 0007602 phototransduction 11.01035400702325 0.7865005126027073 9 96 A0A0H5B2W7 MF 0060089 molecular transducer activity 6.470745358264309 0.6740548202177694 9 98 A0A0H5B2W7 BP 0009583 detection of light stimulus 10.67556961488032 0.7791190776236833 10 98 A0A0H5B2W7 MF 0140299 small molecule sensor activity 6.340084996005228 0.6703067088746841 10 98 A0A0H5B2W7 BP 0009582 detection of abiotic stimulus 10.521442897728566 0.7756819545062499 11 98 A0A0H5B2W7 MF 0004672 protein kinase activity 5.30021858813216 0.6389823963392836 11 98 A0A0H5B2W7 BP 0009581 detection of external stimulus 10.52047213074175 0.7756602262944436 12 98 A0A0H5B2W7 MF 0005515 protein binding 4.933338421031216 0.6272054592780376 12 96 A0A0H5B2W7 BP 0071214 cellular response to abiotic stimulus 10.500083118624069 0.7752036369607317 13 96 A0A0H5B2W7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167180868013 0.6215611070499621 13 98 A0A0H5B2W7 BP 0104004 cellular response to environmental stimulus 10.500083118624069 0.7752036369607317 14 96 A0A0H5B2W7 MF 0016301 kinase activity 4.32189087546686 0.6065585731813872 14 98 A0A0H5B2W7 BP 0009416 response to light stimulus 9.68749870553822 0.7566313252130357 15 98 A0A0H5B2W7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600682456478584 0.5824865461567994 15 98 A0A0H5B2W7 BP 0009314 response to radiation 9.53929471913502 0.7531610709251277 16 98 A0A0H5B2W7 MF 0140096 catalytic activity, acting on a protein 3.5021655929345297 0.5764283520033608 16 98 A0A0H5B2W7 BP 0051606 detection of stimulus 8.520065406258233 0.7285264736454751 17 98 A0A0H5B2W7 MF 0016740 transferase activity 2.301285253855515 0.5249682207183913 17 98 A0A0H5B2W7 BP 0009628 response to abiotic stimulus 7.977923529986986 0.714820568735167 18 98 A0A0H5B2W7 MF 0005488 binding 0.8694840943870317 0.44009338219176586 18 96 A0A0H5B2W7 BP 0009605 response to external stimulus 5.552297416254387 0.6468393115658999 19 98 A0A0H5B2W7 MF 0003824 catalytic activity 0.7267409431691498 0.42848169644367023 19 98 A0A0H5B2W7 BP 0000160 phosphorelay signal transduction system 5.175295636433766 0.6350194891536958 20 98 A0A0H5B2W7 BP 0035556 intracellular signal transduction 4.829728492261197 0.6238008602173967 21 98 A0A0H5B2W7 BP 0036211 protein modification process 4.122988835816705 0.5995306947132151 22 96 A0A0H5B2W7 BP 0007165 signal transduction 4.053964474413486 0.5970523476434532 23 98 A0A0H5B2W7 BP 0023052 signaling 4.027216348965461 0.5960862786300907 24 98 A0A0H5B2W7 BP 0007154 cell communication 3.9074705730803987 0.5917215294905191 25 98 A0A0H5B2W7 BP 0043412 macromolecule modification 3.5990506277212644 0.5801613009957525 26 96 A0A0H5B2W7 BP 0006355 regulation of DNA-templated transcription 3.5211836071218663 0.5771651442593981 27 98 A0A0H5B2W7 BP 1903506 regulation of nucleic acid-templated transcription 3.5211641026129477 0.5771643896401012 28 98 A0A0H5B2W7 BP 2001141 regulation of RNA biosynthetic process 3.5193233521744918 0.5770931625552098 29 98 A0A0H5B2W7 BP 0051252 regulation of RNA metabolic process 3.4937097282934575 0.576100114130411 30 98 A0A0H5B2W7 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464138360299896 0.5749490843938923 31 98 A0A0H5B2W7 BP 0010556 regulation of macromolecule biosynthetic process 3.4371698374587294 0.5738950764221662 32 98 A0A0H5B2W7 BP 0031326 regulation of cellular biosynthetic process 3.4324223961459674 0.5737091051894736 33 98 A0A0H5B2W7 BP 0009889 regulation of biosynthetic process 3.4302846585584614 0.573625321730354 34 98 A0A0H5B2W7 BP 0051716 cellular response to stimulus 3.399632334124042 0.5724210945847013 35 98 A0A0H5B2W7 BP 0031323 regulation of cellular metabolic process 3.343952580914753 0.5702196527971686 36 98 A0A0H5B2W7 BP 0051171 regulation of nitrogen compound metabolic process 3.327757344107192 0.569575897725908 37 98 A0A0H5B2W7 BP 0080090 regulation of primary metabolic process 3.3217431161018727 0.5693364354855552 38 98 A0A0H5B2W7 BP 0010468 regulation of gene expression 3.2973813685867808 0.5683642245151395 39 98 A0A0H5B2W7 BP 0060255 regulation of macromolecule metabolic process 3.2048154442238257 0.5646370158388156 40 98 A0A0H5B2W7 BP 0019222 regulation of metabolic process 3.1693281276740906 0.56319385232318 41 98 A0A0H5B2W7 BP 0050896 response to stimulus 3.0382068444657335 0.5577901745033671 42 98 A0A0H5B2W7 BP 0050794 regulation of cellular process 2.6362237419558996 0.5404532833294288 43 98 A0A0H5B2W7 BP 0050789 regulation of biological process 2.460559350717383 0.5324631910857165 44 98 A0A0H5B2W7 BP 0065007 biological regulation 2.3629844315801334 0.5279014679395753 45 98 A0A0H5B2W7 BP 0019538 protein metabolic process 2.3186701310718227 0.5257986547227108 46 96 A0A0H5B2W7 BP 1901564 organonitrogen compound metabolic process 1.5890222820210438 0.487733932189474 47 96 A0A0H5B2W7 BP 0043170 macromolecule metabolic process 1.494184406046728 0.48218788578395827 48 96 A0A0H5B2W7 BP 0006807 nitrogen compound metabolic process 1.0707258017178065 0.4549469796922673 49 96 A0A0H5B2W7 BP 0044238 primary metabolic process 0.9591859093124512 0.4469060297366845 50 96 A0A0H5B2W7 BP 0071704 organic substance metabolic process 0.8220991662265745 0.43635238169331203 51 96 A0A0H5B2W7 BP 0008152 metabolic process 0.5975293465270951 0.41693963254574834 52 96 A0A0H5B2W7 BP 0009987 cellular process 0.3482055792217668 0.3903809906277681 53 98 A0A0H5B2W7 BP 0017012 protein-phytochromobilin linkage 0.2480838749310487 0.37702124348022714 54 1 A0A0H5B2W7 BP 0017007 protein-bilin linkage 0.15077065513616314 0.36107999426269866 55 1 A0A0H5B2Z2 BP 0009585 red, far-red light phototransduction 15.742258427113255 0.8551748803746098 1 99 A0A0H5B2Z2 MF 0009881 photoreceptor activity 10.826759725398743 0.7824666882077179 1 99 A0A0H5B2Z2 CC 0005634 nucleus 0.1931903485232795 0.3685203717125672 1 5 A0A0H5B2Z2 BP 0010017 red or far-red light signaling pathway 15.55990555343117 0.8541167977859159 2 99 A0A0H5B2Z2 MF 0042803 protein homodimerization activity 9.62248048521307 0.7551121900758977 2 99 A0A0H5B2Z2 CC 0043231 intracellular membrane-bounded organelle 0.13409797466298926 0.3578713547292035 2 5 A0A0H5B2Z2 BP 0071489 cellular response to red or far red light 15.555353454760924 0.85409030563301 3 99 A0A0H5B2Z2 MF 0042802 identical protein binding 8.918321493224116 0.7383188750210301 3 99 A0A0H5B2Z2 CC 0043227 membrane-bounded organelle 0.13294988047606332 0.35764324931539493 3 5 A0A0H5B2Z2 BP 0009639 response to red or far red light 13.38039654352898 0.8358303376225868 4 99 A0A0H5B2Z2 MF 0046983 protein dimerization activity 6.874496993825023 0.6854036841175728 4 99 A0A0H5B2Z2 CC 0043229 intracellular organelle 0.0905883063161341 0.34840213822681115 4 5 A0A0H5B2Z2 BP 0009584 detection of visible light 12.156141367799735 0.8109493602000664 5 99 A0A0H5B2Z2 MF 0000155 phosphorelay sensor kinase activity 6.651979106345349 0.6791915774463336 5 99 A0A0H5B2Z2 CC 0043226 organelle 0.08891447151796782 0.3479965051660313 5 5 A0A0H5B2Z2 BP 0017006 protein-tetrapyrrole linkage 12.03050845379276 0.8083265391653331 6 99 A0A0H5B2Z2 MF 0004673 protein histidine kinase activity 6.581692679485483 0.6772078388830223 6 99 A0A0H5B2Z2 CC 0005622 intracellular anatomical structure 0.060427294950025405 0.3403930115922317 6 5 A0A0H5B2Z2 BP 0071482 cellular response to light stimulus 11.848202642654346 0.8044960886633541 7 99 A0A0H5B2Z2 MF 0038023 signaling receptor activity 6.567135692113441 0.6767956657665544 7 99 A0A0H5B2Z2 CC 0110165 cellular anatomical entity 0.001428514351357935 0.3101879345122053 7 5 A0A0H5B2Z2 BP 0071478 cellular response to radiation 11.616248529485095 0.7995796140447446 8 99 A0A0H5B2Z2 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336772869687 0.6754674756446182 8 99 A0A0H5B2Z2 BP 0007602 phototransduction 11.232210566300376 0.7913303984110873 9 99 A0A0H5B2Z2 MF 0060089 molecular transducer activity 6.4707474593266925 0.6740548801828441 9 99 A0A0H5B2Z2 BP 0071214 cellular response to abiotic stimulus 10.711657815617082 0.779920275443891 10 99 A0A0H5B2Z2 MF 0140299 small molecule sensor activity 6.3400870546419625 0.6703067682312496 10 99 A0A0H5B2Z2 BP 0104004 cellular response to environmental stimulus 10.711657815617082 0.779920275443891 11 99 A0A0H5B2Z2 MF 0004672 protein kinase activity 5.300220309122445 0.6389824506103198 11 99 A0A0H5B2Z2 BP 0009583 detection of light stimulus 10.675573081256527 0.779119154646031 12 99 A0A0H5B2Z2 MF 0005515 protein binding 5.032744260947123 0.6304384665085145 12 99 A0A0H5B2Z2 BP 0009582 detection of abiotic stimulus 10.521446314059556 0.7756820309705776 13 99 A0A0H5B2Z2 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168727152061 0.621561158492637 13 99 A0A0H5B2Z2 BP 0009581 detection of external stimulus 10.52047554675753 0.7756603027552438 14 99 A0A0H5B2Z2 MF 0016301 kinase activity 4.3218922787924186 0.6065586221883876 14 99 A0A0H5B2Z2 BP 0009416 response to light stimulus 9.687501851086067 0.7566313985844773 15 99 A0A0H5B2Z2 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069434078447 0.5824865912556855 15 99 A0A0H5B2Z2 BP 0009314 response to radiation 9.53929781656077 0.7531611437331704 16 99 A0A0H5B2Z2 MF 0140096 catalytic activity, acting on a protein 3.502166730093849 0.5764283961186939 16 99 A0A0H5B2Z2 BP 0051606 detection of stimulus 8.520068172738437 0.7285265424540698 17 99 A0A0H5B2Z2 MF 0016740 transferase activity 2.301286001086879 0.5249682564791276 17 99 A0A0H5B2Z2 BP 0009628 response to abiotic stimulus 7.97792612043277 0.7148206353185961 18 99 A0A0H5B2Z2 MF 0005488 binding 0.887004035108633 0.4414506546688414 18 99 A0A0H5B2Z2 BP 0009605 response to external stimulus 5.552299219095111 0.6468393671125131 19 99 A0A0H5B2Z2 MF 0003824 catalytic activity 0.7267411791432106 0.4284817165397357 19 99 A0A0H5B2Z2 BP 0000160 phosphorelay signal transduction system 5.175297316861351 0.6350195427813508 20 99 A0A0H5B2Z2 BP 0035556 intracellular signal transduction 4.829730060482523 0.6238009120236974 21 99 A0A0H5B2Z2 BP 0036211 protein modification process 4.206066284231971 0.6024862718681203 22 99 A0A0H5B2Z2 BP 0007165 signal transduction 4.053965790742872 0.5970523951071098 23 99 A0A0H5B2Z2 BP 0023052 signaling 4.027217656609684 0.596086325936905 24 99 A0A0H5B2Z2 BP 0007154 cell communication 3.9074718418429573 0.5917215760887128 25 99 A0A0H5B2Z2 BP 0043412 macromolecule modification 3.671570819934983 0.5829227065850702 26 99 A0A0H5B2Z2 BP 0006355 regulation of DNA-templated transcription 3.5211847504563685 0.57716518849435 27 99 A0A0H5B2Z2 BP 1903506 regulation of nucleic acid-templated transcription 3.521165245941117 0.5771644338749307 28 99 A0A0H5B2Z2 BP 2001141 regulation of RNA biosynthetic process 3.5193244949049656 0.5770932067784753 29 99 A0A0H5B2Z2 BP 0051252 regulation of RNA metabolic process 3.493710862707144 0.5761001581924543 30 99 A0A0H5B2Z2 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641394851117058 0.5749491282690649 31 99 A0A0H5B2Z2 BP 0010556 regulation of macromolecule biosynthetic process 3.437170953513813 0.5738951201262197 32 99 A0A0H5B2Z2 BP 0031326 regulation of cellular biosynthetic process 3.432423510659549 0.5737091488633346 33 99 A0A0H5B2Z2 BP 0009889 regulation of biosynthetic process 3.430285772377915 0.5736253653906126 34 99 A0A0H5B2Z2 BP 0051716 cellular response to stimulus 3.3996334379906332 0.5724211380494526 35 99 A0A0H5B2Z2 BP 0031323 regulation of cellular metabolic process 3.3439536667020295 0.570219695904514 36 99 A0A0H5B2Z2 BP 0051171 regulation of nitrogen compound metabolic process 3.3277584246358476 0.5695759407287393 37 99 A0A0H5B2Z2 BP 0080090 regulation of primary metabolic process 3.3217441946776973 0.5693364784495094 38 99 A0A0H5B2Z2 BP 0010468 regulation of gene expression 3.2973824392523032 0.5683642673212543 39 99 A0A0H5B2Z2 BP 0060255 regulation of macromolecule metabolic process 3.20481648483303 0.564637058039815 40 99 A0A0H5B2Z2 BP 0019222 regulation of metabolic process 3.169329156760501 0.5631938942898804 41 99 A0A0H5B2Z2 BP 0050896 response to stimulus 3.038207830976832 0.5577902155927759 42 99 A0A0H5B2Z2 BP 0050794 regulation of cellular process 2.636224597942379 0.5404533216041782 43 99 A0A0H5B2Z2 BP 0050789 regulation of biological process 2.460560149665327 0.5324632280632677 44 99 A0A0H5B2Z2 BP 0019538 protein metabolic process 2.3653908974568183 0.5280150933249206 45 99 A0A0H5B2Z2 BP 0065007 biological regulation 2.362985198845329 0.5279015041765267 46 99 A0A0H5B2Z2 BP 1901564 organonitrogen compound metabolic process 1.621040781687721 0.4895687849312412 47 99 A0A0H5B2Z2 BP 0043170 macromolecule metabolic process 1.5242919403766513 0.48396714130213203 48 99 A0A0H5B2Z2 BP 0006807 nitrogen compound metabolic process 1.092300724935246 0.4564531544180839 49 99 A0A0H5B2Z2 BP 0044238 primary metabolic process 0.978513324708125 0.44833159668176914 50 99 A0A0H5B2Z2 BP 0071704 organic substance metabolic process 0.8386643095714005 0.4376721519163551 51 99 A0A0H5B2Z2 BP 0008152 metabolic process 0.6095694503060516 0.4180647965798047 52 99 A0A0H5B2Z2 BP 0009987 cellular process 0.34820569228473003 0.39038100453815106 53 99 A0A0H5B2Z2 BP 0017012 protein-phytochromobilin linkage 0.2538135954834515 0.37785163830100754 54 1 A0A0H5B2Z2 BP 0017007 protein-bilin linkage 0.15425283922278715 0.36172735115229876 55 1 A0A0H5BHI5 BP 0009585 red, far-red light phototransduction 15.742258396979217 0.8551748802002681 1 99 A0A0H5BHI5 MF 0009881 photoreceptor activity 10.826759704674016 0.7824666877504443 1 99 A0A0H5BHI5 CC 0005634 nucleus 0.19346791176390396 0.3685662017223105 1 5 A0A0H5BHI5 BP 0010017 red or far-red light signaling pathway 15.559905523646192 0.854116797612587 2 99 A0A0H5BHI5 MF 0042803 protein homodimerization activity 9.62248046679359 0.7551121896448052 2 99 A0A0H5BHI5 CC 0043231 intracellular membrane-bounded organelle 0.13429063785084075 0.3579095375795993 2 5 A0A0H5BHI5 BP 0071489 cellular response to red or far red light 15.55535342498466 0.8540903054597064 3 99 A0A0H5BHI5 MF 0042802 identical protein binding 8.918321476152547 0.7383188746060108 3 99 A0A0H5BHI5 CC 0043227 membrane-bounded organelle 0.13314089415737634 0.35768126836114567 3 5 A0A0H5BHI5 BP 0009639 response to red or far red light 13.380396517916049 0.8358303371142386 4 99 A0A0H5BHI5 MF 0046983 protein dimerization activity 6.87449698066577 0.6854036837531989 4 99 A0A0H5BHI5 CC 0043229 intracellular organelle 0.09071845766197503 0.3484335211436917 4 5 A0A0H5BHI5 BP 0009584 detection of visible light 12.156141344530289 0.8109493597155317 5 99 A0A0H5BHI5 MF 0000155 phosphorelay sensor kinase activity 6.651979093612043 0.6791915770879052 5 99 A0A0H5BHI5 CC 0043226 organelle 0.08904221800759107 0.3480275967939922 5 5 A0A0H5BHI5 BP 0017006 protein-tetrapyrrole linkage 12.030508430763799 0.808326538683309 6 99 A0A0H5BHI5 MF 0004673 protein histidine kinase activity 6.581692666886721 0.6772078385264926 6 99 A0A0H5BHI5 CC 0005622 intracellular anatomical structure 0.060514112929995444 0.34041864307987657 6 5 A0A0H5BHI5 BP 0071482 cellular response to light stimulus 11.84820261997436 0.804496088184996 7 99 A0A0H5BHI5 MF 0038023 signaling receptor activity 6.567135679542542 0.6767956654104191 7 99 A0A0H5BHI5 CC 0110165 cellular anatomical entity 0.0014305667472238376 0.3101918754496429 7 5 A0A0H5BHI5 BP 0071478 cellular response to radiation 11.616248507249116 0.7995796135710921 8 99 A0A0H5BHI5 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336760388372 0.6754674752897541 8 99 A0A0H5BHI5 BP 0007602 phototransduction 11.23221054479953 0.7913303979453301 9 99 A0A0H5BHI5 MF 0060089 molecular transducer activity 6.470747446940302 0.674054879829332 9 99 A0A0H5BHI5 BP 0071214 cellular response to abiotic stimulus 10.711657795112684 0.7799202749890544 10 99 A0A0H5BHI5 MF 0140299 small molecule sensor activity 6.340087042505684 0.6703067678813249 10 99 A0A0H5BHI5 BP 0104004 cellular response to environmental stimulus 10.711657795112684 0.7799202749890544 11 99 A0A0H5BHI5 MF 0004672 protein kinase activity 5.300220298976694 0.6389824502903758 11 99 A0A0H5BHI5 BP 0009583 detection of light stimulus 10.675573060821204 0.7791191541919612 12 99 A0A0H5BHI5 MF 0005515 protein binding 5.032744251313377 0.6304384661967481 12 99 A0A0H5BHI5 BP 0009582 detection of abiotic stimulus 10.521446293919265 0.7756820305197977 13 99 A0A0H5BHI5 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168718036255 0.6215611581893671 13 99 A0A0H5BHI5 BP 0009581 detection of external stimulus 10.520475526619096 0.7756603023044846 14 99 A0A0H5BHI5 MF 0016301 kinase activity 4.321892270519395 0.6065586218994767 14 99 A0A0H5BHI5 BP 0009416 response to light stimulus 9.687501832542122 0.7566313981519307 15 99 A0A0H5BHI5 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600694270722935 0.582486590989814 15 99 A0A0H5BHI5 BP 0009314 response to radiation 9.53929779830052 0.7531611433039453 16 99 A0A0H5BHI5 MF 0140096 catalytic activity, acting on a protein 3.502166723389955 0.5764283958586209 16 99 A0A0H5BHI5 BP 0051606 detection of stimulus 8.52006815642921 0.7285265420484226 17 99 A0A0H5BHI5 MF 0016740 transferase activity 2.301285996681727 0.5249682562683073 17 99 A0A0H5BHI5 BP 0009628 response to abiotic stimulus 7.977926105161318 0.714820634926067 18 99 A0A0H5BHI5 MF 0005488 binding 0.8870040334107181 0.44145065453795646 18 99 A0A0H5BHI5 BP 0009605 response to external stimulus 5.552299208466827 0.6468393667850492 19 99 A0A0H5BHI5 MF 0003824 catalytic activity 0.726741177752073 0.4284817164212634 19 99 A0A0H5BHI5 BP 0000160 phosphorelay signal transduction system 5.175297306954728 0.6350195424651996 20 99 A0A0H5BHI5 BP 0035556 intracellular signal transduction 4.82973005123739 0.6238009117182838 21 99 A0A0H5BHI5 BP 0036211 protein modification process 4.206066276180663 0.602486271583107 22 99 A0A0H5BHI5 BP 0007165 signal transduction 4.053965782982717 0.5970523948272973 23 99 A0A0H5BHI5 BP 0023052 signaling 4.027217648900731 0.5960863256580172 24 99 A0A0H5BHI5 BP 0007154 cell communication 3.907471834363223 0.5917215758140025 25 99 A0A0H5BHI5 BP 0043412 macromolecule modification 3.6715708129068134 0.5829227063187814 26 99 A0A0H5BHI5 BP 0006355 regulation of DNA-templated transcription 3.5211847437160704 0.5771651882335718 27 99 A0A0H5BHI5 BP 1903506 regulation of nucleic acid-templated transcription 3.521165239200856 0.577164433614153 28 99 A0A0H5BHI5 BP 2001141 regulation of RNA biosynthetic process 3.519324488168228 0.577093206517766 29 99 A0A0H5BHI5 BP 0051252 regulation of RNA metabolic process 3.4937108560194363 0.5761001579326954 30 99 A0A0H5BHI5 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641394784806048 0.5749491280104078 31 99 A0A0H5BHI5 BP 0010556 regulation of macromolecule biosynthetic process 3.437170946934335 0.5738951198685713 32 99 A0A0H5BHI5 BP 0031326 regulation of cellular biosynthetic process 3.4324235040891584 0.5737091486058641 33 99 A0A0H5BHI5 BP 0009889 regulation of biosynthetic process 3.4302857658116164 0.5736253651332224 34 99 A0A0H5BHI5 BP 0051716 cellular response to stimulus 3.39963343148301 0.5724211377932149 35 99 A0A0H5BHI5 BP 0031323 regulation of cellular metabolic process 3.3439536603009894 0.5702196956503833 36 99 A0A0H5BHI5 BP 0051171 regulation of nitrogen compound metabolic process 3.327758418265808 0.5695759404752248 37 99 A0A0H5BHI5 BP 0080090 regulation of primary metabolic process 3.3217441883191707 0.5693364781962241 38 99 A0A0H5BHI5 BP 0010468 regulation of gene expression 3.29738243294041 0.5683642670688995 39 99 A0A0H5BHI5 BP 0060255 regulation of macromolecule metabolic process 3.2048164786983278 0.5646370577910276 40 99 A0A0H5BHI5 BP 0019222 regulation of metabolic process 3.169329150693729 0.5631938940424743 41 99 A0A0H5BHI5 BP 0050896 response to stimulus 3.038207825161055 0.5577902153505416 42 99 A0A0H5BHI5 BP 0050794 regulation of cellular process 2.6362245928960832 0.5404533213785372 43 99 A0A0H5BHI5 BP 0050789 regulation of biological process 2.46056014495529 0.532463227845274 44 99 A0A0H5BHI5 BP 0019538 protein metabolic process 2.3653908929289558 0.5280150931111842 45 99 A0A0H5BHI5 BP 0065007 biological regulation 2.3629851943220714 0.5279015039628989 46 99 A0A0H5BHI5 BP 1901564 organonitrogen compound metabolic process 1.6210407785847034 0.489568784754302 47 99 A0A0H5BHI5 BP 0043170 macromolecule metabolic process 1.5242919374588315 0.4839671411305543 48 99 A0A0H5BHI5 BP 0006807 nitrogen compound metabolic process 1.0923007228443495 0.4564531542728399 49 99 A0A0H5BHI5 BP 0044238 primary metabolic process 0.9785133228350418 0.4483315965442984 50 99 A0A0H5BHI5 BP 0071704 organic substance metabolic process 0.8386643079660182 0.4376721517890866 51 99 A0A0H5BHI5 BP 0008152 metabolic process 0.6095694491392056 0.4180647964713025 52 99 A0A0H5BHI5 BP 0009987 cellular process 0.34820569161819004 0.39038100445614515 53 99 A0A0H5BHI5 BP 0017012 protein-phytochromobilin linkage 0.25317614169840086 0.3777597202463372 54 1 A0A0H5BHI5 BP 0017007 protein-bilin linkage 0.15386543264580654 0.36165569393036 55 1 A0A0H5BHK5 BP 0009585 red, far-red light phototransduction 14.958310908291047 0.8505814041112019 1 92 A0A0H5BHK5 MF 0009881 photoreceptor activity 10.826754563663684 0.7824665743183632 1 97 A0A0H5BHK5 CC 0005634 nucleus 0.15639914844628897 0.36212272636037973 1 4 A0A0H5BHK5 BP 0010017 red or far-red light signaling pathway 14.785039011365575 0.8495500036363548 2 92 A0A0H5BHK5 MF 0042803 protein homodimerization activity 9.143291318282262 0.7437539563595774 2 92 A0A0H5BHK5 CC 0043231 intracellular membrane-bounded organelle 0.10856033547212282 0.35254121544413547 2 4 A0A0H5BHK5 BP 0071489 cellular response to red or far red light 14.780713602307523 0.8495241795472157 3 92 A0A0H5BHK5 MF 0042802 identical protein binding 8.474198685874557 0.7273841253965432 3 92 A0A0H5BHK5 CC 0043227 membrane-bounded organelle 0.10763088452105884 0.35233597635813574 3 4 A0A0H5BHK5 BP 0009639 response to red or far red light 12.714067203318784 0.8224366004159434 4 92 A0A0H5BHK5 MF 0000155 phosphorelay sensor kinase activity 6.651975934966781 0.6791914881755552 4 97 A0A0H5BHK5 CC 0043229 intracellular organelle 0.07333665514521141 0.34402123642375326 4 4 A0A0H5BHK5 BP 0009584 detection of visible light 12.156135572272479 0.810949239521052 5 97 A0A0H5BHK5 MF 0004673 protein histidine kinase activity 6.581689541616472 0.6772077500851248 5 97 A0A0H5BHK5 CC 0043226 organelle 0.07198158570683612 0.34365626587239406 5 4 A0A0H5BHK5 BP 0017006 protein-tetrapyrrole linkage 11.431402086927589 0.7956263768171128 6 92 A0A0H5BHK5 MF 0038023 signaling receptor activity 6.567132561184575 0.6767955770669101 6 97 A0A0H5BHK5 CC 0005622 intracellular anatomical structure 0.04891951148355575 0.33681498119862857 6 4 A0A0H5BHK5 BP 0071482 cellular response to light stimulus 11.25817490888179 0.7918925203971743 7 92 A0A0H5BHK5 MF 0046983 protein dimerization activity 6.532154445809306 0.675803319127134 7 92 A0A0H5BHK5 CC 0110165 cellular anatomical entity 0.0011564678556846325 0.3096377989084321 7 4 A0A0H5BHK5 BP 0071478 cellular response to radiation 11.037771860786304 0.787100026587719 8 92 A0A0H5BHK5 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520333664252541 0.675467387261586 8 97 A0A0H5BHK5 BP 0009583 detection of light stimulus 10.67556799160078 0.7791190415546565 9 97 A0A0H5BHK5 MF 0060089 molecular transducer activity 6.4707443743516055 0.6740547921365443 9 97 A0A0H5BHK5 BP 0007602 phototransduction 10.672858574646249 0.7790588348957042 10 92 A0A0H5BHK5 MF 0140299 small molecule sensor activity 6.340084031960157 0.6703066810784197 10 97 A0A0H5BHK5 BP 0009582 detection of abiotic stimulus 10.521441297884847 0.77568191869854 11 97 A0A0H5BHK5 MF 0004672 protein kinase activity 5.300217782204541 0.6389823709245368 11 97 A0A0H5BHK5 BP 0009581 detection of external stimulus 10.520470531045643 0.7756601904883857 12 97 A0A0H5BHK5 MF 0005515 protein binding 4.782119015878034 0.6222241825381449 12 92 A0A0H5BHK5 BP 0071214 cellular response to abiotic stimulus 10.178228790429532 0.7679364458003898 13 92 A0A0H5BHK5 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762166456754094 0.6215610829597173 13 97 A0A0H5BHK5 BP 0104004 cellular response to environmental stimulus 10.178228790429532 0.7679364458003898 14 92 A0A0H5BHK5 MF 0016301 kinase activity 4.3218902182993935 0.6065585502317515 14 97 A0A0H5BHK5 BP 0009416 response to light stimulus 9.687497232500338 0.7566312908537025 15 97 A0A0H5BHK5 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600676891141917 0.5824865250373064 15 97 A0A0H5BHK5 BP 0009314 response to radiation 9.539293268632376 0.7531610368296304 16 97 A0A0H5BHK5 MF 0140096 catalytic activity, acting on a protein 3.502165060410837 0.5764283313444589 16 97 A0A0H5BHK5 BP 0051606 detection of stimulus 8.520064110735058 0.7285264414228915 17 97 A0A0H5BHK5 MF 0016740 transferase activity 2.3012849039323346 0.5249682039718887 17 97 A0A0H5BHK5 BP 0009628 response to abiotic stimulus 7.9779223168994875 0.7148205375546128 18 97 A0A0H5BHK5 MF 0005488 binding 0.8428321892627374 0.43800215586971525 18 92 A0A0H5BHK5 BP 0009605 response to external stimulus 5.552296571996785 0.6468392855538094 19 97 A0A0H5BHK5 MF 0003824 catalytic activity 0.7267408326641607 0.4284816870328233 19 97 A0A0H5BHK5 BP 0000160 phosphorelay signal transduction system 5.175294849501376 0.6350194640402402 20 97 A0A0H5BHK5 BP 0035556 intracellular signal transduction 4.829727757874207 0.6238008359568684 21 97 A0A0H5BHK5 BP 0007165 signal transduction 4.053963857985715 0.5970523254165547 22 97 A0A0H5BHK5 BP 0023052 signaling 4.027215736604891 0.5960862564766403 23 97 A0A0H5BHK5 BP 0036211 protein modification process 3.996608712258288 0.5949768701513953 24 92 A0A0H5BHK5 BP 0007154 cell communication 3.907469978927837 0.5917215076689111 25 97 A0A0H5BHK5 BP 0006355 regulation of DNA-templated transcription 3.5211830717063792 0.5771651235444795 26 97 A0A0H5BHK5 BP 1903506 regulation of nucleic acid-templated transcription 3.5211635672004267 0.5771643689252399 27 97 A0A0H5BHK5 BP 2001141 regulation of RNA biosynthetic process 3.519322817041866 0.5770931418457637 28 97 A0A0H5BHK5 BP 0051252 regulation of RNA metabolic process 3.493709197055526 0.5761000934964642 29 97 A0A0H5BHK5 BP 0043412 macromolecule modification 3.4887305465526928 0.5759066475258161 30 92 A0A0H5BHK5 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641378335584547 0.5749490638474558 31 97 A0A0H5BHK5 BP 0010556 regulation of macromolecule biosynthetic process 3.4371693148180014 0.5738950559558635 32 97 A0A0H5BHK5 BP 0031326 regulation of cellular biosynthetic process 3.4324218742271144 0.57370908473731 33 97 A0A0H5BHK5 BP 0009889 regulation of biosynthetic process 3.430284136964663 0.5736253012845602 34 97 A0A0H5BHK5 BP 0051716 cellular response to stimulus 3.3996318171911004 0.5724210742304623 35 97 A0A0H5BHK5 BP 0031323 regulation of cellular metabolic process 3.3439520724482255 0.5702196326103003 36 97 A0A0H5BHK5 BP 0051171 regulation of nitrogen compound metabolic process 3.3277568381032405 0.569575877587983 37 97 A0A0H5BHK5 BP 0080090 regulation of primary metabolic process 3.321742611012418 0.569336415365836 38 97 A0A0H5BHK5 BP 0010468 regulation of gene expression 3.2973808672016642 0.5683642044693351 39 97 A0A0H5BHK5 BP 0060255 regulation of macromolecule metabolic process 3.204814956913871 0.5646369960763828 40 97 A0A0H5BHK5 BP 0019222 regulation of metabolic process 3.16932764576018 0.5631938326704676 41 97 A0A0H5BHK5 BP 0050896 response to stimulus 3.0382063824895407 0.5577901552614845 42 97 A0A0H5BHK5 BP 0050794 regulation of cellular process 2.6362233411034657 0.5404532654056313 43 97 A0A0H5BHK5 BP 0050789 regulation of biological process 2.460558976575694 0.532463173769388 44 97 A0A0H5BHK5 BP 0065007 biological regulation 2.3629840722752515 0.5279014509700644 45 97 A0A0H5BHK5 BP 0019538 protein metabolic process 2.2475969777539038 0.5223836626526315 46 92 A0A0H5BHK5 BP 1901564 organonitrogen compound metabolic process 1.5403146962535654 0.4849068709947037 47 92 A0A0H5BHK5 BP 0043170 macromolecule metabolic process 1.4483838430631903 0.4794464863699839 48 92 A0A0H5BHK5 BP 0006807 nitrogen compound metabolic process 1.0379053249940375 0.4526263312702046 49 92 A0A0H5BHK5 BP 0044238 primary metabolic process 0.9297844147749604 0.44470957827262064 50 92 A0A0H5BHK5 BP 0071704 organic substance metabolic process 0.7968997300063195 0.43431893721101267 51 92 A0A0H5BHK5 BP 0008152 metabolic process 0.5792135480490921 0.4152060288041378 52 92 A0A0H5BHK5 BP 0009987 cellular process 0.3482055262751782 0.39038098411363303 53 97 A0A0H5BHK5 BP 0017012 protein-phytochromobilin linkage 0.25088131647021217 0.3774278545702686 54 1 A0A0H5BHK5 BP 0017007 protein-bilin linkage 0.15247077407247864 0.36139697900771284 55 1 A0A0H5BHM2 BP 0009585 red, far-red light phototransduction 14.953518161064201 0.8505529558756214 1 92 A0A0H5BHM2 MF 0009881 photoreceptor activity 10.826736381226215 0.7824661731379143 1 97 A0A0H5BHM2 CC 0005634 nucleus 0.07665766771928895 0.3449016998997863 1 2 A0A0H5BHM2 BP 0010017 red or far-red light signaling pathway 14.78030178166397 0.8495217206479676 2 92 A0A0H5BHM2 MF 0042803 protein homodimerization activity 9.140361743921988 0.7436836127483315 2 92 A0A0H5BHM2 CC 0043231 intracellular membrane-bounded organelle 0.053209894086952064 0.3381936759020412 2 2 A0A0H5BHM2 BP 0071489 cellular response to red or far red light 14.775977758497179 0.8494959006962692 3 92 A0A0H5BHM2 MF 0042802 identical protein binding 8.471483493464099 0.7273164044994507 3 92 A0A0H5BHM2 CC 0043227 membrane-bounded organelle 0.052754331874012586 0.33804998784217294 3 2 A0A0H5BHM2 BP 0009639 response to red or far red light 12.709993527440256 0.8223536505606466 4 92 A0A0H5BHM2 MF 0000155 phosphorelay sensor kinase activity 6.587555763779364 0.6773737201225636 4 96 A0A0H5BHM2 CC 0043229 intracellular organelle 0.035945316823105075 0.33222883129364916 4 2 A0A0H5BHM2 BP 0009584 detection of visible light 12.15611515727428 0.8109488144237178 5 97 A0A0H5BHM2 MF 0038023 signaling receptor activity 6.567121532350732 0.6767952646183659 5 97 A0A0H5BHM2 CC 0043226 organelle 0.035281141450186015 0.3319733150980942 5 2 A0A0H5BHM2 BP 0017006 protein-tetrapyrrole linkage 11.427739385905596 0.7955477223973064 6 92 A0A0H5BHM2 MF 0046983 protein dimerization activity 6.530061497929199 0.6757438623172485 6 92 A0A0H5BHM2 CC 0005622 intracellular anatomical structure 0.0239774685063852 0.3271837258393457 6 2 A0A0H5BHM2 BP 0071482 cellular response to light stimulus 11.2545677110568 0.7918144642021205 7 92 A0A0H5BHM2 MF 0004673 protein histidine kinase activity 6.5179500496040905 0.6753996110246206 7 96 A0A0H5BHM2 CC 0110165 cellular anatomical entity 0.0005668325530529108 0.30815695724435765 7 2 A0A0H5BHM2 BP 0071478 cellular response to radiation 11.034235281636377 0.7870227382284096 8 92 A0A0H5BHM2 MF 0060089 molecular transducer activity 6.470733507391958 0.6740544819894365 8 97 A0A0H5BHM2 BP 0009583 detection of light stimulus 10.675550063065844 0.77911864318513 9 97 A0A0H5BHM2 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.457188365027655 0.6736676958588823 9 96 A0A0H5BHM2 BP 0007602 phototransduction 10.669438916260368 0.7789828348665742 10 92 A0A0H5BHM2 MF 0140299 small molecule sensor activity 6.278684336189383 0.6685320395556915 10 96 A0A0H5BHM2 BP 0009582 detection of abiotic stimulus 10.521423628190078 0.7756815232151646 11 97 A0A0H5BHM2 MF 0004672 protein kinase activity 5.248888532039131 0.6373597764631641 11 96 A0A0H5BHM2 BP 0009581 detection of external stimulus 10.520452862981177 0.7756597950232553 12 97 A0A0H5BHM2 MF 0005515 protein binding 4.780586791565255 0.6221733099806059 12 92 A0A0H5BHM2 BP 0071214 cellular response to abiotic stimulus 10.174967614879122 0.7678622277595628 13 92 A0A0H5BHM2 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.716047892681357 0.6200230507960316 13 96 A0A0H5BHM2 BP 0104004 cellular response to environmental stimulus 10.174967614879122 0.7678622277595628 14 92 A0A0H5BHM2 MF 0016301 kinase activity 4.280035450567517 0.6050933398158704 14 96 A0A0H5BHM2 BP 0009416 response to light stimulus 9.687480963330144 0.7566309113671337 15 97 A0A0H5BHM2 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6246222531421743 0.5811381593555538 15 96 A0A0H5BHM2 BP 0009314 response to radiation 9.539277248355724 0.7531606602570327 16 97 A0A0H5BHM2 MF 0140096 catalytic activity, acting on a protein 3.4682488113257626 0.5751093719143874 16 96 A0A0H5BHM2 BP 0051606 detection of stimulus 8.520049802150522 0.7285260855359561 17 97 A0A0H5BHM2 MF 0016740 transferase activity 2.27899841809539 0.5238990301270556 17 96 A0A0H5BHM2 BP 0009628 response to abiotic stimulus 7.977908918787172 0.7148201931765208 18 97 A0A0H5BHM2 MF 0005488 binding 0.84256213994617 0.43798079868822326 18 92 A0A0H5BHM2 BP 0009605 response to external stimulus 5.552287247477176 0.6468389982595542 19 97 A0A0H5BHM2 MF 0003824 catalytic activity 0.7197028082776 0.4278808552293293 19 96 A0A0H5BHM2 BP 0000160 phosphorelay signal transduction system 5.125175398768291 0.6334161053846432 20 96 A0A0H5BHM2 BP 0035556 intracellular signal transduction 4.782954905417634 0.6222519321136564 21 96 A0A0H5BHM2 BP 0007165 signal transduction 4.014703787253011 0.5956332578699224 22 96 A0A0H5BHM2 BP 0036211 protein modification process 3.995328170929798 0.5949303630581055 23 92 A0A0H5BHM2 BP 0023052 signaling 3.9882147044759253 0.5946718781934794 24 96 A0A0H5BHM2 BP 0007154 cell communication 3.8696286085721465 0.5903283157175965 25 96 A0A0H5BHM2 BP 0006355 regulation of DNA-templated transcription 3.5211771582361293 0.5771648947555972 26 97 A0A0H5BHM2 BP 1903506 regulation of nucleic acid-templated transcription 3.5211576537629323 0.5771641401369914 27 97 A0A0H5BHM2 BP 2001141 regulation of RNA biosynthetic process 3.5193169066957255 0.5770929131173245 28 97 A0A0H5BHM2 BP 0051252 regulation of RNA metabolic process 3.493703329724865 0.5760998656018874 29 97 A0A0H5BHM2 BP 0043412 macromolecule modification 3.4876127329335804 0.5758631957935074 30 92 A0A0H5BHM2 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641320158899025 0.5749488369193981 31 97 A0A0H5BHM2 BP 0010556 regulation of macromolecule biosynthetic process 3.4371635424403446 0.5738948299128561 32 97 A0A0H5BHM2 BP 0031326 regulation of cellular biosynthetic process 3.4324161098223036 0.5737088588504624 33 97 A0A0H5BHM2 BP 0009889 regulation of biosynthetic process 3.4302783761499653 0.5736250754680656 34 97 A0A0H5BHM2 BP 0051716 cellular response to stimulus 3.3667085375853496 0.5711215658805673 35 96 A0A0H5BHM2 BP 0031323 regulation of cellular metabolic process 3.3439464566194843 0.5702194096535447 36 97 A0A0H5BHM2 BP 0051171 regulation of nitrogen compound metabolic process 3.327751249472754 0.5695756551717882 37 97 A0A0H5BHM2 BP 0080090 regulation of primary metabolic process 3.321737032482217 0.5693361931507176 38 97 A0A0H5BHM2 BP 0010468 regulation of gene expression 3.2973753295845443 0.568363983070582 39 97 A0A0H5BHM2 BP 0060255 regulation of macromolecule metabolic process 3.2048095747518195 0.5646367778073653 40 97 A0A0H5BHM2 BP 0019222 regulation of metabolic process 3.169322323195472 0.563193615613274 41 97 A0A0H5BHM2 BP 0050896 response to stimulus 3.038201280129711 0.5577899427417572 42 97 A0A0H5BHM2 BP 0050794 regulation of cellular process 2.6362189138334307 0.5404530674436852 43 97 A0A0H5BHM2 BP 0050789 regulation of biological process 2.4605548443161633 0.5324629825167195 44 97 A0A0H5BHM2 BP 0065007 biological regulation 2.362980103882888 0.527901263547873 45 97 A0A0H5BHM2 BP 0019538 protein metabolic process 2.246876831993581 0.5223487861762476 46 92 A0A0H5BHM2 BP 1901564 organonitrogen compound metabolic process 1.5398211686731988 0.4848779989121419 47 92 A0A0H5BHM2 BP 0043170 macromolecule metabolic process 1.4479197707698805 0.47941848913017826 48 92 A0A0H5BHM2 BP 0006807 nitrogen compound metabolic process 1.0375727728831345 0.4526026310570777 49 92 A0A0H5BHM2 BP 0044238 primary metabolic process 0.929486505358396 0.44468714645256285 50 92 A0A0H5BHM2 BP 0071704 organic substance metabolic process 0.7966443977703151 0.43429817014127736 51 92 A0A0H5BHM2 BP 0008152 metabolic process 0.5790279639852774 0.41518832393434235 52 92 A0A0H5BHM2 BP 0009987 cellular process 0.34483337643122913 0.3899650917353325 53 96 A0A0H5BHM2 BP 0017012 protein-phytochromobilin linkage 0.24287915532600646 0.37625858401969964 54 1 A0A0H5BHM2 BP 0017007 protein-bilin linkage 0.14760753546596955 0.3604854423172431 55 1 A0A0H5BHX1 BP 0009585 red, far-red light phototransduction 15.429062594160886 0.8533537705100511 1 97 A0A0H5BHX1 MF 0009881 photoreceptor activity 10.826757283633988 0.78246663433223 1 99 A0A0H5BHX1 CC 0005634 nucleus 0.1908076071369011 0.3681255816967537 1 5 A0A0H5BHX1 BP 0010017 red or far-red light signaling pathway 15.250337672619757 0.8523062661975792 2 97 A0A0H5BHX1 MF 0042803 protein homodimerization activity 9.43103903450968 0.7506091535348081 2 97 A0A0H5BHX1 CC 0043231 intracellular membrane-bounded organelle 0.13244405770232634 0.3575424390646425 2 5 A0A0H5BHX1 BP 0071489 cellular response to red or far red light 15.245876138993992 0.8522800389023641 3 97 A0A0H5BHX1 MF 0042802 identical protein binding 8.740889446765232 0.7339837311635852 3 97 A0A0H5BHX1 CC 0043227 membrane-bounded organelle 0.13131012370277811 0.3573157447009032 3 5 A0A0H5BHX1 BP 0009639 response to red or far red light 13.114190493101944 0.8305203141128041 4 97 A0A0H5BHX1 MF 0046983 protein dimerization activity 6.7377273033718845 0.6815975646592607 4 97 A0A0H5BHX1 CC 0043229 intracellular organelle 0.08947102220628442 0.3481317987195555 4 5 A0A0H5BHX1 BP 0009584 detection of visible light 12.156138626218848 0.8109493031127224 5 99 A0A0H5BHX1 MF 0000155 phosphorelay sensor kinase activity 6.651977606121041 0.6791915352166911 5 99 A0A0H5BHX1 CC 0043226 organelle 0.08781783189412917 0.3477286748870704 5 5 A0A0H5BHX1 BP 0017006 protein-tetrapyrrole linkage 11.791158735741085 0.8032914873641334 6 97 A0A0H5BHX1 MF 0004673 protein histidine kinase activity 6.581691195112909 0.6772077968770764 6 99 A0A0H5BHX1 CC 0005622 intracellular anatomical structure 0.05968200608003316 0.3401722161905002 6 5 A0A0H5BHX1 BP 0071482 cellular response to light stimulus 11.612479940423555 0.7994993321369255 7 97 A0A0H5BHX1 MF 0038023 signaling receptor activity 6.567134211023911 0.6767956238070876 7 99 A0A0H5BHX1 CC 0110165 cellular anatomical entity 0.0014108955609161036 0.31015398639039526 7 5 A0A0H5BHX1 BP 0071478 cellular response to radiation 11.385140607402725 0.7946320104172577 8 97 A0A0H5BHX1 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.5203353023347415 0.6754674338349249 8 99 A0A0H5BHX1 BP 0007602 phototransduction 11.00874316735653 0.786465267061776 9 97 A0A0H5BHX1 MF 0060089 molecular transducer activity 6.470745999975651 0.6740548385324425 9 99 A0A0H5BHX1 BP 0009583 detection of light stimulus 10.675570673588975 0.7791191011480285 10 99 A0A0H5BHX1 MF 0140299 small molecule sensor activity 6.34008562475883 0.670306727003505 10 99 A0A0H5BHX1 BP 0009582 detection of abiotic stimulus 10.521443941152294 0.7756819778601634 11 99 A0A0H5BHX1 MF 0004672 protein kinase activity 5.300219113761001 0.6389824129148702 11 99 A0A0H5BHX1 BP 0009581 detection of external stimulus 10.520473174069206 0.7756602496472798 12 99 A0A0H5BHX1 MF 0005515 protein binding 4.932616662474416 0.6271818667764354 12 97 A0A0H5BHX1 BP 0071214 cellular response to abiotic stimulus 10.498546932741165 0.7751692178292426 13 97 A0A0H5BHX1 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167653137671 0.6215611227617039 13 99 A0A0H5BHX1 BP 0104004 cellular response to environmental stimulus 10.498546932741165 0.7751692178292426 14 97 A0A0H5BHX1 MF 0016301 kinase activity 4.321891304073804 0.6065585881492197 14 99 A0A0H5BHX1 BP 0009416 response to light stimulus 9.687499666258732 0.7566313476223125 15 99 A0A0H5BHX1 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600686086210827 0.5824865599310065 15 99 A0A0H5BHX1 BP 0009314 response to radiation 9.53929566515797 0.75316109316233 16 99 A0A0H5BHX1 MF 0140096 catalytic activity, acting on a protein 3.5021659402483643 0.5764283654771689 16 99 A0A0H5BHX1 BP 0051606 detection of stimulus 8.520066251203028 0.7285264946611567 17 99 A0A0H5BHX1 MF 0016740 transferase activity 2.3012854820766497 0.5249682316405189 17 99 A0A0H5BHX1 BP 0009628 response to abiotic stimulus 7.97792432116694 0.7148205890712334 18 99 A0A0H5BHX1 MF 0005488 binding 0.8693568868996131 0.44008347765063516 18 97 A0A0H5BHX1 BP 0009605 response to external stimulus 5.552297966882179 0.6468393285310762 19 99 A0A0H5BHX1 MF 0003824 catalytic activity 0.7267410152408942 0.42848170258145746 19 99 A0A0H5BHX1 BP 0000160 phosphorelay signal transduction system 5.175296149673853 0.6350195055327794 20 99 A0A0H5BHX1 BP 0035556 intracellular signal transduction 4.829728971230989 0.6238008760401981 21 99 A0A0H5BHX1 BP 0036211 protein modification process 4.122385633235031 0.5995091267259538 22 97 A0A0H5BHX1 BP 0007165 signal transduction 4.053964876449858 0.597052362139914 23 99 A0A0H5BHX1 BP 0023052 signaling 4.027216748349191 0.5960862930786484 24 99 A0A0H5BHX1 BP 0007154 cell communication 3.9074709605888 0.5917215437226483 25 99 A0A0H5BHX1 BP 0043412 macromolecule modification 3.5985240784831585 0.5801411499533495 26 97 A0A0H5BHX1 BP 0006355 regulation of DNA-templated transcription 3.5211839563217397 0.5771651577697403 27 99 A0A0H5BHX1 BP 1903506 regulation of nucleic acid-templated transcription 3.5211644518108867 0.5771644031504061 28 99 A0A0H5BHX1 BP 2001141 regulation of RNA biosynthetic process 3.5193237011898812 0.5770931760619827 29 99 A0A0H5BHX1 BP 0051252 regulation of RNA metabolic process 3.4937100747687144 0.5761001275879432 30 99 A0A0H5BHX1 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641387038425253 0.5749490977943499 31 99 A0A0H5BHX1 BP 0010556 regulation of macromolecule biosynthetic process 3.437170178326859 0.5738950897703603 32 99 A0A0H5BHX1 BP 0031326 regulation of cellular biosynthetic process 3.4324227365432884 0.5737091185284462 33 99 A0A0H5BHX1 BP 0009889 regulation of biosynthetic process 3.43028499874378 0.5736253350651721 34 99 A0A0H5BHX1 BP 0051716 cellular response to stimulus 3.399632671269535 0.5724211078598072 35 99 A0A0H5BHX1 BP 0031323 regulation of cellular metabolic process 3.343952912538419 0.5702196659631147 36 99 A0A0H5BHX1 BP 0051171 regulation of nitrogen compound metabolic process 3.327757674124758 0.5695759108599332 37 99 A0A0H5BHX1 BP 0080090 regulation of primary metabolic process 3.3217434455230004 0.5693364486077064 38 99 A0A0H5BHX1 BP 0010468 regulation of gene expression 3.2973816955919255 0.5683642375890829 39 99 A0A0H5BHX1 BP 0060255 regulation of macromolecule metabolic process 3.2048157620491 0.5646370287279434 40 99 A0A0H5BHX1 BP 0019222 regulation of metabolic process 3.169328441980047 0.5631938651407477 41 99 A0A0H5BHX1 BP 0050896 response to stimulus 3.038207145768239 0.5577901870529903 42 99 A0A0H5BHX1 BP 0050794 regulation of cellular process 2.636224003393274 0.5404532950193921 43 99 A0A0H5BHX1 BP 0050789 regulation of biological process 2.4605595947339154 0.5324632023794865 44 99 A0A0H5BHX1 BP 0065007 biological regulation 2.3629846659200475 0.5279014790071495 45 99 A0A0H5BHX1 BP 0019538 protein metabolic process 2.3183309043931173 0.5257824805147533 46 97 A0A0H5BHX1 BP 1901564 organonitrogen compound metabolic process 1.5887898044711346 0.48772054256082054 47 97 A0A0H5BHX1 BP 0043170 macromolecule metabolic process 1.4939658034923395 0.48217490186970424 48 97 A0A0H5BHX1 BP 0006807 nitrogen compound metabolic process 1.0705691521139438 0.4549359885539559 49 97 A0A0H5BHX1 BP 0044238 primary metabolic process 0.9590455782468473 0.44689562682446116 50 97 A0A0H5BHX1 BP 0071704 organic substance metabolic process 0.8219788912612016 0.43634275082060375 51 97 A0A0H5BHX1 BP 0008152 metabolic process 0.5974419266337109 0.4169314217895131 52 97 A0A0H5BHX1 BP 0009987 cellular process 0.348205613753719 0.39038099487630973 53 99 A0A0H5BHX1 BP 0017012 protein-phytochromobilin linkage 0.24605591540315022 0.37672504221922565 54 1 A0A0H5BHX1 BP 0017007 protein-bilin linkage 0.149538181696703 0.3608490825057619 55 1 A0A0H5BHZ4 BP 0009585 red, far-red light phototransduction 15.432299074586272 0.8533726833931491 1 96 A0A0H5BHZ4 MF 0009881 photoreceptor activity 10.826757222259957 0.7824666329780634 1 98 A0A0H5BHZ4 CC 0005634 nucleus 0.15569887156829645 0.3619940270641649 1 4 A0A0H5BHZ4 BP 0010017 red or far-red light signaling pathway 15.253536662775945 0.8523250692214615 2 96 A0A0H5BHZ4 MF 0042803 protein homodimerization activity 9.433017338313944 0.7506559191942253 2 96 A0A0H5BHZ4 CC 0043231 intracellular membrane-bounded organelle 0.10807425678465257 0.35243399081117255 2 4 A0A0H5BHZ4 BP 0071489 cellular response to red or far red light 15.24907419327568 0.8522988391756037 3 96 A0A0H5BHZ4 MF 0042802 identical protein binding 8.742722981202094 0.7340287531968981 3 96 A0A0H5BHZ4 CC 0043227 membrane-bounded organelle 0.10714896744838459 0.35222921171945726 3 4 A0A0H5BHZ4 BP 0009639 response to red or far red light 13.116941393914397 0.8305754606230955 4 96 A0A0H5BHZ4 MF 0046983 protein dimerization activity 6.739140644097925 0.6816370925832882 4 96 A0A0H5BHZ4 CC 0043229 intracellular organelle 0.0730082904167734 0.34393310728438997 4 4 A0A0H5BHZ4 BP 0009584 detection of visible light 12.156138557308905 0.8109493016778255 5 98 A0A0H5BHZ4 MF 0000155 phosphorelay sensor kinase activity 6.651977568412733 0.6791915341552441 5 98 A0A0H5BHZ4 CC 0043226 organelle 0.07165928829912967 0.3435689547271609 5 4 A0A0H5BHZ4 BP 0017006 protein-tetrapyrrole linkage 11.793632110530249 0.8033437781940067 6 96 A0A0H5BHZ4 MF 0004673 protein histidine kinase activity 6.5816911578030375 0.6772077958212523 6 98 A0A0H5BHZ4 CC 0005622 intracellular anatomical structure 0.04870047446759407 0.33674300315543576 6 4 A0A0H5BHZ4 BP 0071482 cellular response to light stimulus 11.6149158346192 0.7995512252565512 7 96 A0A0H5BHZ4 MF 0038023 signaling receptor activity 6.567134173796558 0.6767956227524314 7 98 A0A0H5BHZ4 CC 0110165 cellular anatomical entity 0.001151289773146954 0.3096267320141092 7 4 A0A0H5BHZ4 BP 0071478 cellular response to radiation 11.38752881371735 0.794683393066291 8 96 A0A0H5BHZ4 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.52033526537268 0.6754674327840335 8 98 A0A0H5BHZ4 BP 0007602 phototransduction 11.011052418586264 0.78651579320644 9 96 A0A0H5BHZ4 MF 0060089 molecular transducer activity 6.470745963294699 0.674054837485555 9 98 A0A0H5BHZ4 BP 0009583 detection of light stimulus 10.67557061307198 0.7791190998033501 10 98 A0A0H5BHZ4 MF 0140299 small molecule sensor activity 6.340085588818556 0.6703067259672408 10 98 A0A0H5BHZ4 BP 0009582 detection of abiotic stimulus 10.521443881509002 0.7756819765252271 11 98 A0A0H5BHZ4 MF 0004672 protein kinase activity 5.300219083715457 0.6389824119673908 11 98 A0A0H5BHZ4 BP 0009581 detection of external stimulus 10.520473114431418 0.775660248312405 12 98 A0A0H5BHZ4 MF 0005515 protein binding 4.933651353802978 0.6272156877398095 12 96 A0A0H5BHZ4 BP 0071214 cellular response to abiotic stimulus 10.500749162554897 0.7752185592770081 13 96 A0A0H5BHZ4 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762167626142198 0.6215611218636029 13 98 A0A0H5BHZ4 BP 0104004 cellular response to environmental stimulus 10.500749162554897 0.7752185592770081 14 96 A0A0H5BHZ4 MF 0016301 kinase activity 4.3218912795741415 0.6065585872936412 14 98 A0A0H5BHZ4 BP 0009416 response to light stimulus 9.687499611342853 0.7566313463413727 15 98 A0A0H5BHZ4 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6600685878731194 0.5824865591436571 15 98 A0A0H5BHZ4 BP 0009314 response to radiation 9.53929561108222 0.7531610918912264 16 98 A0A0H5BHZ4 MF 0140096 catalytic activity, acting on a protein 3.502165920395509 0.5764283647069907 16 98 A0A0H5BHZ4 BP 0051606 detection of stimulus 8.520066202905019 0.7285264934598764 17 98 A0A0H5BHZ4 MF 0016740 transferase activity 2.3012854690312694 0.5249682310161976 17 98 A0A0H5BHZ4 BP 0009628 response to abiotic stimulus 7.977924275942192 0.7148205879088007 18 98 A0A0H5BHZ4 MF 0005488 binding 0.8695392477222459 0.4400976762773203 18 96 A0A0H5BHZ4 BP 0009605 response to external stimulus 5.552297935407666 0.6468393275613273 19 98 A0A0H5BHZ4 MF 0003824 catalytic activity 0.7267410111211912 0.42848170223061455 19 98 A0A0H5BHZ4 BP 0000160 phosphorelay signal transduction system 5.175296120336465 0.6350195045965323 20 98 A0A0H5BHZ4 BP 0035556 intracellular signal transduction 4.829728943852529 0.6238008751357487 21 98 A0A0H5BHZ4 BP 0036211 protein modification process 4.123250366288412 0.5995400454525694 22 96 A0A0H5BHZ4 BP 0007165 signal transduction 4.053964853469 0.5970523613112797 23 98 A0A0H5BHZ4 BP 0023052 signaling 4.027216725519961 0.5960862922527522 24 98 A0A0H5BHZ4 BP 0007154 cell communication 3.9074709384383772 0.5917215429091236 25 98 A0A0H5BHZ4 BP 0043412 macromolecule modification 3.599278923611902 0.5801700374227053 26 96 A0A0H5BHZ4 BP 0006355 regulation of DNA-templated transcription 3.5211839363610764 0.5771651569974738 27 98 A0A0H5BHZ4 BP 1903506 regulation of nucleic acid-templated transcription 3.521164431850334 0.5771644023781417 28 98 A0A0H5BHZ4 BP 2001141 regulation of RNA biosynthetic process 3.519323681239763 0.5770931752899202 29 98 A0A0H5BHZ4 BP 0051252 regulation of RNA metabolic process 3.4937100549637936 0.5761001268186953 30 98 A0A0H5BHZ4 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641386842052366 0.5749490970283645 31 98 A0A0H5BHZ4 BP 0010556 regulation of macromolecule biosynthetic process 3.437170158842448 0.5738950890073622 32 98 A0A0H5BHZ4 BP 0031326 regulation of cellular biosynthetic process 3.4324227170857893 0.5737091177659753 33 98 A0A0H5BHZ4 BP 0009889 regulation of biosynthetic process 3.4302849792983987 0.5736253343029387 34 98 A0A0H5BHZ4 BP 0051716 cellular response to stimulus 3.399632651997914 0.5724211071009869 35 98 A0A0H5BHZ4 BP 0031323 regulation of cellular metabolic process 3.3439528935824323 0.5702196652105342 36 98 A0A0H5BHZ4 BP 0051171 regulation of nitrogen compound metabolic process 3.3277576552605774 0.5695759101091773 37 98 A0A0H5BHZ4 BP 0080090 regulation of primary metabolic process 3.3217434266929127 0.5693364478576293 38 98 A0A0H5BHZ4 BP 0010468 regulation of gene expression 3.297381676899939 0.5683642368417615 39 98 A0A0H5BHZ4 BP 0060255 regulation of macromolecule metabolic process 3.2048157438818445 0.5646370279911861 40 98 A0A0H5BHZ4 BP 0019222 regulation of metabolic process 3.16932842401396 0.5631938644080808 41 98 A0A0H5BHZ4 BP 0050896 response to stimulus 3.038207128545445 0.5577901863356396 42 98 A0A0H5BHZ4 BP 0050794 regulation of cellular process 2.636223988449215 0.5404532943511805 43 98 A0A0H5BHZ4 BP 0050789 regulation of biological process 2.4605595807856524 0.5324632017339218 44 98 A0A0H5BHZ4 BP 0065007 biological regulation 2.362984652524911 0.5279014783745144 45 98 A0A0H5BHZ4 BP 0019538 protein metabolic process 2.318817209542626 0.5258056670044338 46 96 A0A0H5BHZ4 BP 1901564 organonitrogen compound metabolic process 1.589123077284751 0.4877397372247827 47 96 A0A0H5BHZ4 BP 0043170 macromolecule metabolic process 1.494279185530275 0.4821935149229465 48 96 A0A0H5BHZ4 BP 0006807 nitrogen compound metabolic process 1.0707937202679512 0.45495174486893 49 96 A0A0H5BHZ4 BP 0044238 primary metabolic process 0.9592467526359008 0.44691053988960455 50 96 A0A0H5BHZ4 BP 0071704 organic substance metabolic process 0.8221513138290284 0.43635655713070265 51 96 A0A0H5BHZ4 BP 0008152 metabolic process 0.5975672491598885 0.41694319229569293 52 96 A0A0H5BHZ4 BP 0009987 cellular process 0.3482056117798332 0.3903809946334582 53 98 A0A0H5BHZ4 BP 0017012 protein-phytochromobilin linkage 0.2522255036284058 0.37762242715391353 54 1 A0A0H5BHZ4 BP 0017007 protein-bilin linkage 0.15328769124826364 0.36154866336242913 55 1 A0A0H5BHZ7 BP 0009585 red, far-red light phototransduction 15.588635489127213 0.8542839099795948 1 98 A0A0H5BHZ7 MF 0009881 photoreceptor activity 10.826759429545607 0.7824666816799672 1 99 A0A0H5BHZ7 CC 0005634 nucleus 0.19505477860865691 0.36882758922334025 1 5 A0A0H5BHZ7 BP 0010017 red or far-red light signaling pathway 15.40806213039433 0.8532310027683603 2 98 A0A0H5BHZ7 MF 0042803 protein homodimerization activity 9.528578220192076 0.7529090982559796 2 98 A0A0H5BHZ7 CC 0043231 intracellular membrane-bounded organelle 0.13539211953234193 0.35812731016797633 2 5 A0A0H5BHZ7 BP 0071489 cellular response to red or far red light 15.403554453988841 0.8532046401959734 3 98 A0A0H5BHZ7 MF 0042802 identical protein binding 8.831290858068652 0.7361979239953487 3 98 A0A0H5BHZ7 CC 0043227 membrane-bounded organelle 0.1342329453853698 0.35789810670388156 3 5 A0A0H5BHZ7 BP 0009639 response to red or far red light 13.249822151172742 0.8332324307987742 4 98 A0A0H5BHZ7 MF 0046983 protein dimerization activity 6.8074112938755995 0.6835415560695937 4 98 A0A0H5BHZ7 CC 0043229 intracellular organelle 0.09146255062994273 0.3486125108987531 4 5 A0A0H5BHZ7 BP 0009584 detection of visible light 12.15614103561978 0.8109493532831555 5 99 A0A0H5BHZ7 MF 0000155 phosphorelay sensor kinase activity 6.651978924572693 0.6791915723296361 5 99 A0A0H5BHZ7 CC 0043226 organelle 0.08977256208507273 0.34820492520786667 5 5 A0A0H5BHZ7 BP 0017006 protein-tetrapyrrole linkage 11.913107125216268 0.8058631611014717 6 98 A0A0H5BHZ7 MF 0004673 protein histidine kinase activity 6.581692499633481 0.6772078337934286 6 99 A0A0H5BHZ7 CC 0005622 intracellular anatomical structure 0.06101046314421305 0.34056483005519433 6 5 A0A0H5BHZ7 BP 0071482 cellular response to light stimulus 11.732580369760921 0.8020514464027266 7 98 A0A0H5BHZ7 MF 0038023 signaling receptor activity 6.567135512659224 0.6767956606825924 7 99 A0A0H5BHZ7 CC 0110165 cellular anatomical entity 0.0014423005738810762 0.31021435224583616 7 5 A0A0H5BHZ7 BP 0071478 cellular response to radiation 11.502889811881905 0.7971590196346278 8 98 A0A0H5BHZ7 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520336594694303 0.6754674705788033 8 99 A0A0H5BHZ7 BP 0007602 phototransduction 11.122599534613778 0.7889501532186063 9 98 A0A0H5BHZ7 MF 0060089 molecular transducer activity 6.47074728250639 0.6740548751363294 9 99 A0A0H5BHZ7 BP 0009583 detection of light stimulus 10.675572789534733 0.7791191481640178 10 99 A0A0H5BHZ7 MF 0140299 small molecule sensor activity 6.3400868813921 0.6703067632359458 10 99 A0A0H5BHZ7 BP 0071214 cellular response to abiotic stimulus 10.607126667690933 0.7775958403496426 11 98 A0A0H5BHZ7 MF 0004672 protein kinase activity 5.3002201642880875 0.6389824460430017 11 99 A0A0H5BHZ7 BP 0104004 cellular response to environmental stimulus 10.607126667690933 0.7775958403496426 12 98 A0A0H5BHZ7 MF 0005515 protein binding 4.983631551796861 0.6288451886914185 12 98 A0A0H5BHZ7 BP 0009582 detection of abiotic stimulus 10.521446026549446 0.7756820245355263 13 99 A0A0H5BHZ7 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168597020556 0.6215611541633469 13 99 A0A0H5BHZ7 BP 0009581 detection of external stimulus 10.520475259273947 0.7756602963204893 14 99 A0A0H5BHZ7 MF 0016301 kinase activity 4.321892160691951 0.6065586180640778 14 99 A0A0H5BHZ7 BP 0009416 response to light stimulus 9.687501586364407 0.7566313924097154 15 99 A0A0H5BHZ7 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069334063018 0.5824865874602732 15 99 A0A0H5BHZ7 BP 0009314 response to radiation 9.53929755588895 0.7531611376058231 16 99 A0A0H5BHZ7 MF 0140096 catalytic activity, acting on a protein 3.502166634393286 0.576428392406055 16 99 A0A0H5BHZ7 BP 0051606 detection of stimulus 8.520067939918189 0.7285265366633062 17 99 A0A0H5BHZ7 MF 0016740 transferase activity 2.3012859382017044 0.5249682534695912 17 99 A0A0H5BHZ7 BP 0009628 response to abiotic stimulus 7.97792590242715 0.714820629715097 18 99 A0A0H5BHZ7 MF 0005488 binding 0.8783480873925054 0.4407817690229654 18 98 A0A0H5BHZ7 BP 0009605 response to external stimulus 5.552299067372418 0.6468393624378455 19 99 A0A0H5BHZ7 MF 0003824 catalytic activity 0.7267411592842073 0.42848171484849984 19 99 A0A0H5BHZ7 BP 0000160 phosphorelay signal transduction system 5.175297175440651 0.635019538268178 20 99 A0A0H5BHZ7 BP 0035556 intracellular signal transduction 4.829729928504829 0.6238009076638054 21 99 A0A0H5BHZ7 BP 0036211 protein modification process 4.165020822874605 0.6010297160419424 22 98 A0A0H5BHZ7 BP 0007165 signal transduction 4.053965679963792 0.5970523911126842 23 99 A0A0H5BHZ7 BP 0023052 signaling 4.027217546561525 0.5960863219556788 24 99 A0A0H5BHZ7 BP 0007154 cell communication 3.907471735066985 0.5917215721671224 25 99 A0A0H5BHZ7 BP 0043412 macromolecule modification 3.6357413041768893 0.5815618416207144 26 98 A0A0H5BHZ7 BP 0006355 regulation of DNA-templated transcription 3.5211846542361167 0.5771651847716442 27 99 A0A0H5BHZ7 BP 1903506 regulation of nucleic acid-templated transcription 3.5211651497213983 0.5771644301522352 28 99 A0A0H5BHZ7 BP 2001141 regulation of RNA biosynthetic process 3.5193243987355474 0.577093203056753 29 99 A0A0H5BHZ7 BP 0051252 regulation of RNA metabolic process 3.4937107672376455 0.5761001544843001 30 99 A0A0H5BHZ7 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464139390450279 0.5749491245766374 31 99 A0A0H5BHZ7 BP 0010556 regulation of macromolecule biosynthetic process 3.4371708595893304 0.5738951164481931 32 99 A0A0H5BHZ7 BP 0031326 regulation of cellular biosynthetic process 3.4324234168647956 0.5737091451878489 33 99 A0A0H5BHZ7 BP 0009889 regulation of biosynthetic process 3.430285678641578 0.5736253617162717 34 99 A0A0H5BHZ7 BP 0051716 cellular response to stimulus 3.3996333450919045 0.5724211343915651 35 99 A0A0H5BHZ7 BP 0031323 regulation of cellular metabolic process 3.343953575324812 0.5702196922767049 36 99 A0A0H5BHZ7 BP 0051171 regulation of nitrogen compound metabolic process 3.3277583337011825 0.5695759371097258 37 99 A0A0H5BHZ7 BP 0080090 regulation of primary metabolic process 3.321744103907378 0.5693364748337678 38 99 A0A0H5BHZ7 BP 0010468 regulation of gene expression 3.2973823491476955 0.568364263718796 39 99 A0A0H5BHZ7 BP 0060255 regulation of macromolecule metabolic process 3.2048163972578885 0.5646370544882817 40 99 A0A0H5BHZ7 BP 0019222 regulation of metabolic process 3.16932907015509 0.5631938907580653 41 99 A0A0H5BHZ7 BP 0050896 response to stimulus 3.0382077479544565 0.5577902121347915 42 99 A0A0H5BHZ7 BP 0050794 regulation of cellular process 2.6362245259046384 0.5404533183830686 43 99 A0A0H5BHZ7 BP 0050789 regulation of biological process 2.46056008242781 0.532463224951327 44 99 A0A0H5BHZ7 BP 0065007 biological regulation 2.3629851342741555 0.5279015011269131 45 99 A0A0H5BHZ7 BP 0019538 protein metabolic process 2.3423079134723284 0.526922796832489 46 98 A0A0H5BHZ7 BP 1901564 organonitrogen compound metabolic process 1.6052216380349178 0.4886645400710574 47 98 A0A0H5BHZ7 BP 0043170 macromolecule metabolic process 1.5094169332540521 0.4830902956454541 48 98 A0A0H5BHZ7 BP 0006807 nitrogen compound metabolic process 1.0816413619660912 0.45571088735579823 49 98 A0A0H5BHZ7 BP 0044238 primary metabolic process 0.9689643713291581 0.44762905442668927 50 98 A0A0H5BHZ7 BP 0071704 organic substance metabolic process 0.8304800915434145 0.4370217479827616 51 98 A0A0H5BHZ7 BP 0008152 metabolic process 0.6036208851560051 0.4175102976974153 52 98 A0A0H5BHZ7 BP 0009987 cellular process 0.3482056827696259 0.3903810033674871 53 99 A0A0H5BHZ7 BP 0017012 protein-phytochromobilin linkage 0.2519403728403133 0.3775811975629328 54 1 A0A0H5BHZ7 BP 0017007 protein-bilin linkage 0.1531144056780824 0.3615165217123263 55 1 A0A0H5BI03 BP 0009585 red, far-red light phototransduction 15.58935442500095 0.8542880898074281 1 98 A0A0H5BI03 MF 0009881 photoreceptor activity 10.826760209784648 0.7824666988952853 1 99 A0A0H5BI03 CC 0005634 nucleus 0.19338712024542581 0.36855286517940383 1 5 A0A0H5BI03 BP 0010017 red or far-red light signaling pathway 15.408772738363705 0.8532351583168384 2 98 A0A0H5BI03 MF 0042803 protein homodimerization activity 9.529017670887614 0.7529194336661792 2 98 A0A0H5BI03 CC 0043231 intracellular membrane-bounded organelle 0.1342345585535017 0.3578984263617433 2 5 A0A0H5BI03 BP 0071489 cellular response to red or far red light 15.40426485406765 0.8532087951365477 3 98 A0A0H5BI03 MF 0042802 identical protein binding 8.831698150407592 0.7362078740567422 3 98 A0A0H5BI03 CC 0043227 membrane-bounded organelle 0.1330852949889538 0.35767020481047734 3 5 A0A0H5BI03 BP 0009639 response to red or far red light 13.250433222774983 0.8332446184127635 4 98 A0A0H5BI03 MF 0046983 protein dimerization activity 6.807725246446358 0.6835502919094012 4 98 A0A0H5BI03 CC 0043229 intracellular organelle 0.09068057395360353 0.3484243887079829 4 5 A0A0H5BI03 BP 0009584 detection of visible light 12.156141911661768 0.8109493715247866 5 99 A0A0H5BI03 MF 0000155 phosphorelay sensor kinase activity 6.6519794039528515 0.6791915858236526 5 99 A0A0H5BI03 CC 0043226 organelle 0.08900503429099482 0.34801854912342306 5 5 A0A0H5BI03 BP 0017006 protein-tetrapyrrole linkage 11.913656548550078 0.8058747175979084 6 98 A0A0H5BI03 MF 0004673 protein histidine kinase activity 6.581692973948393 0.6772078472159653 6 99 A0A0H5BI03 CC 0005622 intracellular anatomical structure 0.06048884244959175 0.34041118431133927 6 5 A0A0H5BI03 BP 0071482 cellular response to light stimulus 11.733121467339679 0.8020629150035024 7 98 A0A0H5BI03 MF 0038023 signaling receptor activity 6.567135985925074 0.6767956740902772 7 99 A0A0H5BI03 CC 0110165 cellular anatomical entity 0.0014299693475892479 0.3101907286359825 7 5 A0A0H5BI03 BP 0071478 cellular response to radiation 11.503420316308874 0.7971703754192252 8 98 A0A0H5BI03 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337064587553 0.6754674839386297 8 99 A0A0H5BI03 BP 0007602 phototransduction 11.123112500345783 0.788961319712085 9 98 A0A0H5BI03 MF 0060089 molecular transducer activity 6.470747748825946 0.6740548884452559 9 99 A0A0H5BI03 BP 0009583 detection of light stimulus 10.675573558878387 0.7791191652587144 10 99 A0A0H5BI03 MF 0140299 small molecule sensor activity 6.34008733829551 0.6703067764098167 10 99 A0A0H5BI03 BP 0071214 cellular response to abiotic stimulus 10.607615860210956 0.7776067450200537 11 98 A0A0H5BI03 MF 0004672 protein kinase activity 5.300220546252675 0.6389824580881669 11 99 A0A0H5BI03 BP 0104004 cellular response to environmental stimulus 10.607615860210956 0.7776067450200537 12 98 A0A0H5BI03 MF 0005515 protein binding 4.9838613930492635 0.6288526632685798 12 98 A0A0H5BI03 BP 0009582 detection of abiotic stimulus 10.521446784785834 0.7756820415063732 13 99 A0A0H5BI03 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168940210028 0.6215611655807723 13 99 A0A0H5BI03 BP 0009581 detection of external stimulus 10.520476017440375 0.7756603132905533 14 99 A0A0H5BI03 MF 0016301 kinase activity 4.321892472152552 0.6065586289409186 14 99 A0A0H5BI03 BP 0009416 response to light stimulus 9.687502284501923 0.756631408694113 15 99 A0A0H5BI03 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069597828829 0.5824865974697289 15 99 A0A0H5BI03 BP 0009314 response to radiation 9.539298243346026 0.7531611537651772 16 99 A0A0H5BI03 MF 0140096 catalytic activity, acting on a protein 3.5021668867797127 0.5764284021972164 16 99 A0A0H5BI03 BP 0051606 detection of stimulus 8.52006855392367 0.7285265519350044 17 99 A0A0H5BI03 MF 0016740 transferase activity 2.301286104045708 0.5249682614064946 17 99 A0A0H5BI03 BP 0009628 response to abiotic stimulus 7.977926477362734 0.7148206444929317 18 99 A0A0H5BI03 MF 0005488 binding 0.8783885961304313 0.4407849069800238 18 98 A0A0H5BI03 BP 0009605 response to external stimulus 5.552299467503273 0.6468393747661181 19 99 A0A0H5BI03 MF 0003824 catalytic activity 0.7267412116573878 0.42848171930871365 19 99 A0A0H5BI03 BP 0000160 phosphorelay signal transduction system 5.175297548402563 0.635019550170548 20 99 A0A0H5BI03 BP 0035556 intracellular signal transduction 4.829730276563162 0.6238009191619357 21 99 A0A0H5BI03 BP 0036211 protein modification process 4.165212910430088 0.6010365492124015 22 98 A0A0H5BI03 BP 0007165 signal transduction 4.053965972116057 0.5970524016469879 23 99 A0A0H5BI03 BP 0023052 signaling 4.027217836786165 0.5960863324551724 24 99 A0A0H5BI03 BP 0007154 cell communication 3.9074720166620476 0.5917215825093414 25 99 A0A0H5BI03 BP 0043412 macromolecule modification 3.6359089817682357 0.5815682258746551 26 98 A0A0H5BI03 BP 0006355 regulation of DNA-templated transcription 3.5211849079930935 0.5771651945893543 27 99 A0A0H5BI03 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654034769686 0.5771644399699181 28 99 A0A0H5BI03 BP 2001141 regulation of RNA biosynthetic process 3.5193246523584625 0.5770932128718694 29 99 A0A0H5BI03 BP 0051252 regulation of RNA metabolic process 3.4937110190146945 0.5761001642636341 30 99 A0A0H5BI03 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4641396400962425 0.5749491343144963 31 99 A0A0H5BI03 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711072917854 0.5738951261480731 32 99 A0A0H5BI03 BP 0031326 regulation of cellular biosynthetic process 3.432423664225123 0.5737091548810278 33 99 A0A0H5BI03 BP 0009889 regulation of biosynthetic process 3.4302859258478473 0.5736253714064317 34 99 A0A0H5BI03 BP 0051716 cellular response to stimulus 3.399633590089189 0.5724211440383333 35 99 A0A0H5BI03 BP 0031323 regulation of cellular metabolic process 3.3439538163094897 0.5702197018441487 36 99 A0A0H5BI03 BP 0051171 regulation of nitrogen compound metabolic process 3.327758573518737 0.5695759466539733 37 99 A0A0H5BI03 BP 0080090 regulation of primary metabolic process 3.3217443432915124 0.5693364843693868 38 99 A0A0H5BI03 BP 0010468 regulation of gene expression 3.297382586776181 0.5683642732193834 39 99 A0A0H5BI03 BP 0060255 regulation of macromolecule metabolic process 3.204816628215535 0.564637063854567 40 99 A0A0H5BI03 BP 0019222 regulation of metabolic process 3.169329298555314 0.5631939000723492 41 99 A0A0H5BI03 BP 0050896 response to stimulus 3.0382079669053175 0.5577902212543651 42 99 A0A0H5BI03 BP 0050794 regulation of cellular process 2.636224715886258 0.5404533268779438 43 99 A0A0H5BI03 BP 0050789 regulation of biological process 2.4605602597500322 0.532463233158296 44 99 A0A0H5BI03 BP 0065007 biological regulation 2.3629853045645612 0.52790150916951 45 99 A0A0H5BI03 BP 0019538 protein metabolic process 2.342415938910957 0.526927921145605 46 98 A0A0H5BI03 BP 1901564 organonitrogen compound metabolic process 1.6052956696216902 0.4886687821736636 47 98 A0A0H5BI03 BP 0043170 macromolecule metabolic process 1.5094865464015594 0.48309440920961044 48 98 A0A0H5BI03 BP 0006807 nitrogen compound metabolic process 1.081691246433412 0.45571436956861255 49 98 A0A0H5BI03 BP 0044238 primary metabolic process 0.9690090592203727 0.44763235027769427 50 98 A0A0H5BI03 BP 0071704 organic substance metabolic process 0.8305183926462052 0.4370247992361812 51 98 A0A0H5BI03 BP 0008152 metabolic process 0.6036487236867589 0.4175128990294855 52 98 A0A0H5BI03 BP 0009987 cellular process 0.34820570786334576 0.39038100645482193 53 99 A0A0H5BI03 BP 0017012 protein-phytochromobilin linkage 0.25050712767525324 0.37737359763395834 54 1 A0A0H5BI03 BP 0017007 protein-bilin linkage 0.15224336433141322 0.36135468153589567 55 1 A0A0H5BI28 BP 0009585 red, far-red light phototransduction 15.589064665484068 0.8542864051835249 1 98 A0A0H5BI28 MF 0009881 photoreceptor activity 10.826760231384766 0.7824666993718736 1 99 A0A0H5BI28 CC 0005634 nucleus 0.19361999929602083 0.3685912997986266 1 5 A0A0H5BI28 BP 0010017 red or far-red light signaling pathway 15.408486335320791 0.8532334834784058 2 98 A0A0H5BI28 MF 0042803 protein homodimerization activity 9.528840554922361 0.7529152681168396 2 98 A0A0H5BI28 CC 0043231 intracellular membrane-bounded organelle 0.1343962053917881 0.35793044781065897 2 5 A0A0H5BI28 BP 0071489 cellular response to red or far red light 15.403978534812833 0.8532071205431226 3 98 A0A0H5BI28 MF 0042802 identical protein binding 8.831533995528593 0.7362038638171032 3 98 A0A0H5BI28 CC 0043227 membrane-bounded organelle 0.1332455578705038 0.3577020888871953 3 5 A0A0H5BI28 BP 0009639 response to red or far red light 13.250186936814421 0.8332397063573709 4 98 A0A0H5BI28 MF 0046983 protein dimerization activity 6.807598711175898 0.6835467710455903 4 98 A0A0H5BI28 CC 0043229 intracellular organelle 0.09078977257005189 0.34845070749925433 4 5 A0A0H5BI28 BP 0009584 detection of visible light 12.15614193591409 0.8109493720297876 5 99 A0A0H5BI28 MF 0000155 phosphorelay sensor kinase activity 6.651979417223999 0.6791915861972206 5 99 A0A0H5BI28 CC 0043226 organelle 0.0891122152028237 0.34804462362980837 5 5 A0A0H5BI28 BP 0017006 protein-tetrapyrrole linkage 11.913435109273525 0.8058700599060344 6 98 A0A0H5BI28 MF 0004673 protein histidine kinase activity 6.581692987079314 0.6772078475875544 6 99 A0A0H5BI28 CC 0005622 intracellular anatomical structure 0.06056168382694603 0.34043267975664376 6 5 A0A0H5BI28 BP 0071482 cellular response to light stimulus 11.732903383670836 0.8020582927368032 7 98 A0A0H5BI28 MF 0038023 signaling receptor activity 6.567135999026954 0.6767956744614552 7 99 A0A0H5BI28 CC 0110165 cellular anatomical entity 0.0014316913335396255 0.3101940336413849 7 5 A0A0H5BI28 BP 0071478 cellular response to radiation 11.503206502098072 0.7971657986215832 8 98 A0A0H5BI28 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.520337077596064 0.6754674843084827 8 99 A0A0H5BI28 BP 0007602 phototransduction 11.122905754920895 0.7889568192057056 9 98 A0A0H5BI28 MF 0060089 molecular transducer activity 6.470747761735525 0.6740548888136998 9 99 A0A0H5BI28 BP 0009583 detection of light stimulus 10.675573580176877 0.7791191657319636 10 99 A0A0H5BI28 MF 0140299 small molecule sensor activity 6.340087350944411 0.6703067767745219 10 99 A0A0H5BI28 BP 0071214 cellular response to abiotic stimulus 10.607418696328276 0.7776023500379723 11 98 A0A0H5BI28 MF 0004672 protein kinase activity 5.300220556826972 0.6389824584216248 11 99 A0A0H5BI28 BP 0104004 cellular response to environmental stimulus 10.607418696328276 0.7776023500379723 12 98 A0A0H5BI28 MF 0005515 protein binding 4.983768757958028 0.6288496507398696 12 98 A0A0H5BI28 BP 0009582 detection of abiotic stimulus 10.52144680577683 0.7756820419761938 13 99 A0A0H5BI28 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762168949710876 0.6215611658968521 13 99 A0A0H5BI28 BP 0009581 detection of external stimulus 10.520476038429434 0.7756603137603522 14 99 A0A0H5BI28 MF 0016301 kinase activity 4.321892480775019 0.6065586292420327 14 99 A0A0H5BI28 BP 0009416 response to light stimulus 9.687502303829145 0.7566314091449299 15 99 A0A0H5BI28 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.660069605130915 0.5824865977468303 15 99 A0A0H5BI28 BP 0009314 response to radiation 9.539298262377569 0.7531611542125325 16 99 A0A0H5BI28 MF 0140096 catalytic activity, acting on a protein 3.5021668937667725 0.5764284024682746 16 99 A0A0H5BI28 BP 0051606 detection of stimulus 8.520068570921783 0.7285265523577856 17 99 A0A0H5BI28 MF 0016740 transferase activity 2.301286108636929 0.5249682616262197 17 99 A0A0H5BI28 BP 0009628 response to abiotic stimulus 7.977926493279236 0.7148206449020409 18 99 A0A0H5BI28 MF 0005488 binding 0.8783722695111046 0.44078364226825134 18 98 A0A0H5BI28 BP 0009605 response to external stimulus 5.552299478580485 0.6468393751074137 19 99 A0A0H5BI28 MF 0003824 catalytic activity 0.7267412131072856 0.4284817194321901 19 99 A0A0H5BI28 BP 0000160 phosphorelay signal transduction system 5.175297558727631 0.6350195505000529 20 99 A0A0H5BI28 BP 0035556 intracellular signal transduction 4.8297302861988 0.6238009194802496 21 99 A0A0H5BI28 BP 0036211 protein modification process 4.165135491567977 0.6010337951941145 22 98 A0A0H5BI28 BP 0007165 signal transduction 4.0539659802039925 0.5970524019386192 23 99 A0A0H5BI28 BP 0023052 signaling 4.027217844820736 0.59608633274584 24 99 A0A0H5BI28 BP 0007154 cell communication 3.907472024457718 0.591721582795655 25 99 A0A0H5BI28 BP 0043412 macromolecule modification 3.6358414010845683 0.581565652786188 26 98 A0A0H5BI28 BP 0006355 regulation of DNA-templated transcription 3.521184915018095 0.5771651948611476 27 99 A0A0H5BI28 BP 1903506 regulation of nucleic acid-templated transcription 3.5211654105019314 0.5771644402417105 28 99 A0A0H5BI28 BP 2001141 regulation of RNA biosynthetic process 3.5193246593797527 0.5770932131435909 29 99 A0A0H5BI28 BP 0051252 regulation of RNA metabolic process 3.4937110259848834 0.5761001645343649 30 99 A0A0H5BI28 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.464139647007435 0.5749491345840789 31 99 A0A0H5BI28 BP 0010556 regulation of macromolecule biosynthetic process 3.4371711141491743 0.5738951264166043 32 99 A0A0H5BI28 BP 0031326 regulation of cellular biosynthetic process 3.4324236710730394 0.5737091551493736 33 99 A0A0H5BI28 BP 0009889 regulation of biosynthetic process 3.430285932691499 0.5736253716746937 34 99 A0A0H5BI28 BP 0051716 cellular response to stimulus 3.3996335968716873 0.5724211443053941 35 99 A0A0H5BI28 BP 0031323 regulation of cellular metabolic process 3.3439538229809034 0.5702197021090136 36 99 A0A0H5BI28 BP 0051171 regulation of nitrogen compound metabolic process 3.3277585801578398 0.5695759469181959 37 99 A0A0H5BI28 BP 0080090 regulation of primary metabolic process 3.3217443499186166 0.5693364846333706 38 99 A0A0H5BI28 BP 0010468 regulation of gene expression 3.297382593354681 0.5683642734823975 39 99 A0A0H5BI28 BP 0060255 regulation of macromolecule metabolic process 3.2048166346093603 0.564637064113863 40 99 A0A0H5BI28 BP 0019222 regulation of metabolic process 3.16932930487834 0.5631939003302056 41 99 A0A0H5BI28 BP 0050896 response to stimulus 3.038207972966748 0.5577902215068312 42 99 A0A0H5BI28 BP 0050794 regulation of cellular process 2.6362247211457044 0.5404533271131158 43 99 A0A0H5BI28 BP 0050789 regulation of biological process 2.4605602646590157 0.5324632333854975 44 99 A0A0H5BI28 BP 0065007 biological regulation 2.3629853092788764 0.527901509392161 45 99 A0A0H5BI28 BP 0019538 protein metabolic process 2.3423724003979247 0.5269258558594959 46 98 A0A0H5BI28 BP 1901564 organonitrogen compound metabolic process 1.6052658319719069 0.4886670724507432 47 98 A0A0H5BI28 BP 0043170 macromolecule metabolic process 1.5094584895570935 0.48309275129239915 48 98 A0A0H5BI28 BP 0006807 nitrogen compound metabolic process 1.081671141025296 0.4557129661091456 49 98 A0A0H5BI28 BP 0044238 primary metabolic process 0.968991048237416 0.44763102192887094 50 98 A0A0H5BI28 BP 0071704 organic substance metabolic process 0.8305029557909223 0.4370235694691549 51 98 A0A0H5BI28 BP 0008152 metabolic process 0.6036375036607223 0.41751185059726287 52 98 A0A0H5BI28 BP 0009987 cellular process 0.3482057085580396 0.3903810065402916 53 99 A0A0H5BI28 BP 0017012 protein-phytochromobilin linkage 0.2505960395956801 0.3773864934264772 54 1 A0A0H5BI28 BP 0017007 protein-bilin linkage 0.15229739971962983 0.3613647348020349 55 1 A0A0R9UL77 BP 0019252 starch biosynthetic process 13.043775657868066 0.829106754290845 1 97 A0A0R9UL77 CC 0009507 chloroplast 5.876273320716026 0.6566796946864817 1 97 A0A0R9UL77 MF 0016757 glycosyltransferase activity 5.536685154621551 0.6463579496840259 1 97 A0A0R9UL77 BP 0005982 starch metabolic process 12.796198776700413 0.8241061711773607 2 97 A0A0R9UL77 CC 0009536 plastid 5.701718945891342 0.6514125157893569 2 97 A0A0R9UL77 MF 0016740 transferase activity 2.3012678945344267 0.5249673899404655 2 97 A0A0R9UL77 BP 0009250 glucan biosynthetic process 9.092877870109188 0.7425418753963888 3 97 A0A0R9UL77 CC 0043231 intracellular membrane-bounded organelle 2.7340377956672817 0.5447871262845327 3 97 A0A0R9UL77 MF 0003824 catalytic activity 0.7267354611328142 0.4284812295805853 3 97 A0A0R9UL77 BP 0006073 cellular glucan metabolic process 8.2844571081895 0.7226252811092475 4 97 A0A0R9UL77 CC 0043227 membrane-bounded organelle 2.7106300379593073 0.5437571511490455 4 97 A0A0R9UL77 MF 0033201 alpha-1,4-glucan synthase activity 0.2868484515850545 0.38246655694259435 4 2 A0A0R9UL77 BP 0044042 glucan metabolic process 8.282243223322329 0.722569435550189 5 97 A0A0R9UL77 CC 0005737 cytoplasm 1.9905214062387186 0.5095566387222712 5 97 A0A0R9UL77 MF 0009011 starch synthase activity 0.2839351347592971 0.3820706391568252 5 2 A0A0R9UL77 BP 0033692 cellular polysaccharide biosynthetic process 7.574542799312902 0.7043178034317614 6 97 A0A0R9UL77 CC 0043229 intracellular organelle 1.8469470097235752 0.5020303263157555 6 97 A0A0R9UL77 MF 0046527 glucosyltransferase activity 0.22674305514316334 0.3738406747241124 6 2 A0A0R9UL77 BP 0034637 cellular carbohydrate biosynthetic process 7.35560054021673 0.698499975131298 7 97 A0A0R9UL77 CC 0043226 organelle 1.812820263116173 0.500198752221309 7 97 A0A0R9UL77 MF 0016758 hexosyltransferase activity 0.1621851003467396 0.3631752508161729 7 2 A0A0R9UL77 BP 0000271 polysaccharide biosynthetic process 7.238165409318616 0.6953437390401653 8 97 A0A0R9UL77 CC 0005622 intracellular anatomical structure 1.2320134491106662 0.46586633900457675 8 97 A0A0R9UL77 BP 0044264 cellular polysaccharide metabolic process 7.099015039066583 0.6915705442770776 9 97 A0A0R9UL77 CC 0110165 cellular anatomical entity 0.029125064998790515 0.32947992958771477 9 97 A0A0R9UL77 BP 0005976 polysaccharide metabolic process 6.533790508226028 0.6758497900262772 10 97 A0A0R9UL77 BP 0016051 carbohydrate biosynthetic process 6.0866098204798 0.6629237266144838 11 97 A0A0R9UL77 BP 0044262 cellular carbohydrate metabolic process 6.037031283094804 0.66146178610207 12 97 A0A0R9UL77 BP 0005975 carbohydrate metabolic process 4.065945739109431 0.5974840444004312 13 97 A0A0R9UL77 BP 0034645 cellular macromolecule biosynthetic process 3.1668297327701085 0.5630919463318884 14 97 A0A0R9UL77 BP 0009059 macromolecule biosynthetic process 2.7641428338428775 0.5461053311996708 15 97 A0A0R9UL77 BP 0044260 cellular macromolecule metabolic process 2.341786901590356 0.5268980803645826 16 97 A0A0R9UL77 BP 0044249 cellular biosynthetic process 1.893895378660358 0.5045226013846069 17 97 A0A0R9UL77 BP 1901576 organic substance biosynthetic process 1.858620043263607 0.5026529255073751 18 97 A0A0R9UL77 BP 0009058 biosynthetic process 1.8010965800961476 0.4995655722338615 19 97 A0A0R9UL77 BP 0043170 macromolecule metabolic process 1.5242799472250144 0.483966436062479 20 97 A0A0R9UL77 BP 0044238 primary metabolic process 0.9785056257507461 0.4483310316328892 21 97 A0A0R9UL77 BP 0044237 cellular metabolic process 0.8874151880990143 0.44148234501315964 22 97 A0A0R9UL77 BP 0071704 organic substance metabolic process 0.8386577109481507 0.4376716288018926 23 97 A0A0R9UL77 BP 0008152 metabolic process 0.6095646542045587 0.41806435060097547 24 97 A0A0R9UL77 BP 0009987 cellular process 0.348202952597169 0.39038066746777955 25 97 A0A0U1T8T5 MF 0016757 glycosyltransferase activity 5.536622800933038 0.6463560258168781 1 100 A0A0U1T8T5 MF 0016740 transferase activity 2.301241977846467 0.5249661496204449 2 100 A0A0U1T8T5 MF 0003824 catalytic activity 0.7267272766983899 0.42848053257165775 3 100 A0A0U1T9X2 MF 0016757 glycosyltransferase activity 5.536625379266049 0.6463561053692459 1 100 A0A0U1T9X2 MF 0016740 transferase activity 2.3012430495048357 0.5249662009079751 2 100 A0A0U1T9X2 MF 0003824 catalytic activity 0.7267276151258023 0.42848056139314405 3 100 A0A109NCS7 MF 0008168 methyltransferase activity 5.241592624142018 0.6371284990166926 1 9 A0A109NCS7 BP 0032259 methylation 4.972062010147538 0.6284687172078565 1 9 A0A109NCS7 CC 0016021 integral component of membrane 0.9109114708288388 0.4432813226085797 1 9 A0A109NCS7 MF 0016741 transferase activity, transferring one-carbon groups 5.099680699128488 0.6325975025323521 2 9 A0A109NCS7 CC 0031224 intrinsic component of membrane 0.9077363299298661 0.44303958707963736 2 9 A0A109NCS7 BP 0008152 metabolic process 0.609384401704824 0.41804758804896947 2 9 A0A109NCS7 MF 0016740 transferase activity 2.300587393643032 0.5249348202343849 3 9 A0A109NCS7 CC 0016020 membrane 0.7462339066532294 0.430130774945092 3 9 A0A109NCS7 MF 0003824 catalytic activity 0.7265205604120925 0.4284629267429894 4 9 A0A109NCS7 CC 0005737 cytoplasm 0.3616165822252825 0.3920153873479293 4 1 A0A109NCS7 CC 0005622 intracellular anatomical structure 0.2238189910074001 0.3733934111845427 5 1 A0A109NCS7 CC 0110165 cellular anatomical entity 0.029116452514889497 0.3294762655182236 6 9 A0A109NCT0 CC 0009536 plastid 5.70140962388594 0.6514031109707155 1 100 A0A109NCT0 MF 0003735 structural constituent of ribosome 3.7887943241313833 0.5873292665090346 1 100 A0A109NCT0 BP 0006412 translation 3.447345250967251 0.5742932451304235 1 100 A0A109NCT0 CC 0009507 chloroplast 5.2295995308286045 0.6367479725769165 2 89 A0A109NCT0 MF 0005198 structural molecule activity 3.5928290690288884 0.5799231076336049 2 100 A0A109NCT0 BP 0043043 peptide biosynthetic process 3.426653034184834 0.5734829291190946 2 100 A0A109NCT0 CC 1990904 ribonucleoprotein complex 4.485212880300682 0.612209223542798 3 100 A0A109NCT0 BP 0006518 peptide metabolic process 3.3905379839155256 0.5720627646782745 3 100 A0A109NCT0 BP 0043604 amide biosynthetic process 3.3292759636410896 0.5696363287895483 4 100 A0A109NCT0 CC 0005840 ribosome 3.17061032351725 0.5632461356801279 4 100 A0A109NCT0 BP 0043603 cellular amide metabolic process 3.2378113239504818 0.5659717084862059 5 100 A0A109NCT0 CC 0032991 protein-containing complex 2.7928840785783917 0.5473571382507249 5 100 A0A109NCT0 BP 0034645 cellular macromolecule biosynthetic process 3.166657930172857 0.563084937270251 6 100 A0A109NCT0 CC 0043232 intracellular non-membrane-bounded organelle 2.781188770516497 0.5468485372583327 6 100 A0A109NCT0 BP 0009059 macromolecule biosynthetic process 2.7639928772749207 0.5460987829118081 7 100 A0A109NCT0 CC 0043231 intracellular membrane-bounded organelle 2.73388947231746 0.5447806137538971 7 100 A0A109NCT0 CC 0043228 non-membrane-bounded organelle 2.732594611723105 0.5447237519553902 8 100 A0A109NCT0 BP 0010467 gene expression 2.6737178158002473 0.5421238818215836 8 100 A0A109NCT0 CC 0043227 membrane-bounded organelle 2.710482984495747 0.5437506665572034 9 100 A0A109NCT0 BP 0044271 cellular nitrogen compound biosynthetic process 2.3883017131374986 0.529093985102423 9 100 A0A109NCT0 BP 0019538 protein metabolic process 2.365243963522775 0.528008157246235 10 100 A0A109NCT0 CC 0005737 cytoplasm 1.9904134191423681 0.5095510818431656 10 100 A0A109NCT0 BP 1901566 organonitrogen compound biosynthetic process 2.3507837390677504 0.5273244991058148 11 100 A0A109NCT0 CC 0043229 intracellular organelle 1.8468468116327292 0.5020249735931195 11 100 A0A109NCT0 BP 0044260 cellular macromolecule metabolic process 2.341659858109698 0.5268920530867859 12 100 A0A109NCT0 CC 0043226 organelle 1.8127219164237913 0.5001934491813971 12 100 A0A109NCT0 BP 0044249 cellular biosynthetic process 1.8937926335895983 0.5045171810572726 13 100 A0A109NCT0 CC 0005622 intracellular anatomical structure 1.2319466115702022 0.46586196725530205 13 100 A0A109NCT0 BP 1901576 organic substance biosynthetic process 1.8585192119030092 0.5026475558963021 14 100 A0A109NCT0 CC 0110165 cellular anatomical entity 0.02912348494484567 0.3294792574148537 14 100 A0A109NCT0 BP 0009058 biosynthetic process 1.8009988694212857 0.49956028636939787 15 100 A0A109NCT0 BP 0034641 cellular nitrogen compound metabolic process 1.6553627198608594 0.49151562685529093 16 100 A0A109NCT0 BP 1901564 organonitrogen compound metabolic process 1.6209400854774014 0.4895630429797245 17 100 A0A109NCT0 BP 0043170 macromolecule metabolic process 1.5241972540346724 0.4839615733354563 18 100 A0A109NCT0 BP 0006807 nitrogen compound metabolic process 1.092232873129929 0.4564484410249846 19 100 A0A109NCT0 BP 0044238 primary metabolic process 0.9784525411765456 0.44832713554104864 20 100 A0A109NCT0 BP 0044237 cellular metabolic process 0.8873670452410076 0.4414786346967171 21 100 A0A109NCT0 BP 0071704 organic substance metabolic process 0.8386122132153692 0.4376680218537832 22 100 A0A109NCT0 BP 0008152 metabolic process 0.6095315849208832 0.4180612755139531 23 100 A0A109NCT0 BP 0009987 cellular process 0.3481840623578208 0.3903783433199571 24 100 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process 0.02249647993886669 0.32647829622377117 22 3 A0A109NCZ1 BP 0009987 cellular process 0.012850713511232615 0.3211600154005353 23 3 A0A109NCZ7 BP 0000027 ribosomal large subunit assembly 9.188650419832387 0.7448416639530312 1 92 A0A109NCZ7 MF 0019843 rRNA binding 6.1817145060628125 0.6657115430286165 1 100 A0A109NCZ7 CC 0009536 plastid 5.701479263683648 0.6514052283646916 1 100 A0A109NCZ7 BP 0042273 ribosomal large subunit biogenesis 8.802396988964132 0.7354914667379222 2 92 A0A109NCZ7 CC 0009507 chloroplast 5.523464722747498 0.645949802473605 2 94 A0A109NCZ7 MF 0003735 structural constituent of ribosome 3.7888406023130425 0.5873309925896132 2 100 A0A109NCZ7 BP 0042255 ribosome assembly 8.574341797940264 0.729874306725661 3 92 A0A109NCZ7 CC 1990904 ribonucleoprotein complex 4.4852676648782275 0.6122111015708771 3 100 A0A109NCZ7 MF 0003723 RNA binding 3.6040482608472297 0.5803524871017357 3 100 A0A109NCZ7 BP 0140694 non-membrane-bounded organelle assembly 7.427834515770884 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0.3166617248103988 9 1 A0A109ND18 BP 0051171 regulation of nitrogen compound metabolic process 0.5976458813777719 0.41695057693803994 10 12 A0A109ND18 MF 0097159 organic cyclic compound binding 0.23499727774021226 0.3750879038364406 10 12 A0A109ND18 CC 0110165 cellular anatomical entity 0.005495531813178253 0.31546394523576327 10 13 A0A109ND18 BP 0080090 regulation of primary metabolic process 0.5965657609767423 0.4168490963017674 11 12 A0A109ND18 BP 0010468 regulation of gene expression 0.5921905326893366 0.4164370873448498 12 12 A0A109ND18 BP 0060255 regulation of macromolecule metabolic process 0.5755662305750583 0.4148575501809258 13 12 A0A109ND18 BP 0019222 regulation of metabolic process 0.5691929147397992 0.4142459583424956 14 12 A0A109ND18 BP 0050794 regulation of cellular process 0.4734504649385551 0.40460883389529756 15 12 A0A109ND18 BP 0050789 regulation of biological process 0.4419021610592651 0.40122274829126514 16 12 A0A109ND18 BP 0065007 biological regulation 0.42437827259083116 0.39928955595711085 17 12 A0A109ND19 MF 0003924 GTPase activity 6.6498590534975 0.6791318955688069 1 35 A0A109ND19 BP 0006414 translational elongation 2.8390397970907797 0.5493540202074284 1 14 A0A109ND19 CC 0009536 plastid 0.15842858128705373 0.36249408374927494 1 1 A0A109ND19 MF 0005525 GTP binding 5.970612002902775 0.6594938157320098 2 35 A0A109ND19 BP 0006412 translation 1.3089975139772294 0.4708253952503424 2 14 A0A109ND19 CC 0043231 intracellular membrane-bounded organelle 0.07596827084310756 0.3447205208976104 2 1 A0A109ND19 MF 0032561 guanyl ribonucleotide binding 5.910189510722843 0.6576939969208402 3 35 A0A109ND19 BP 0043043 peptide biosynthetic process 1.3011404360360914 0.47032607239974744 3 14 A0A109ND19 CC 0043227 membrane-bounded organelle 0.07531786034760993 0.34454883263563785 3 1 A0A109ND19 MF 0019001 guanyl nucleotide binding 5.899971636167413 0.6573887267891945 4 35 A0A109ND19 BP 0006518 peptide metabolic process 1.2874271269306505 0.469450956337631 4 14 A0A109ND19 CC 0005737 cytoplasm 0.05530884377230773 0.33884789254998493 4 1 A0A109ND19 MF 0017111 ribonucleoside triphosphate phosphatase activity 5.283826901745902 0.6384650879324931 5 35 A0A109ND19 BP 0043604 amide biosynthetic process 1.26416521772154 0.4679557682038584 5 14 A0A109ND19 CC 0043229 intracellular organelle 0.05131947001241203 0.3375933190640666 5 1 A0A109ND19 MF 0016462 pyrophosphatase activity 5.063051243916157 0.63141778631953 6 35 A0A109ND19 BP 0043603 cellular amide metabolic process 1.229435018900219 0.4656976014755315 6 14 A0A109ND19 CC 0043226 organelle 0.05037122052830698 0.3372880109433994 6 1 A0A109ND19 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 5.027969841430793 0.630283920496205 7 35 A0A109ND19 BP 0034645 cellular macromolecule biosynthetic process 1.2024172389027497 0.46391875123388027 7 14 A0A109ND19 CC 0005622 intracellular anatomical structure 0.03423285937477219 0.3315650840965127 7 1 A0A109ND19 MF 0016817 hydrolase activity, acting on acid anhydrides 5.017204492783427 0.629935181075991 8 35 A0A109ND19 BP 0009059 macromolecule biosynthetic process 1.0495205851483806 0.45345175453589354 8 14 A0A109ND19 CC 0110165 cellular anatomical entity 0.0008092722162281657 0.30883060752258396 8 1 A0A109ND19 MF 0003746 translation elongation factor activity 3.0480444140488023 0.5581995903412222 9 14 A0A109ND19 BP 0010467 gene expression 1.0152420831586735 0.4510023904415702 9 14 A0A109ND19 MF 0035639 purine ribonucleoside triphosphate binding 2.833664990153259 0.5491223237226928 10 35 A0A109ND19 BP 0044271 cellular nitrogen compound biosynthetic process 0.906866234023812 0.44297326960252803 10 14 A0A109ND19 MF 0032555 purine ribonucleotide binding 2.8150294809921825 0.5483172800704774 11 35 A0A109ND19 BP 0019538 protein metabolic process 0.8981109354603407 0.4423041742707967 11 14 A0A109ND19 MF 0017076 purine nucleotide binding 2.809686849026418 0.5480859901997195 12 35 A0A109ND19 BP 1901566 organonitrogen compound biosynthetic process 0.8926202182605277 0.44188289895754296 12 14 A0A109ND19 MF 0032553 ribonucleotide binding 2.7694567568660355 0.5463372644756535 13 35 A0A109ND19 BP 0044260 cellular macromolecule metabolic process 0.8891557734131298 0.4416164224521659 13 14 A0A109ND19 MF 0097367 carbohydrate derivative binding 2.7192479647385217 0.5441368676927195 14 35 A0A109ND19 BP 0044249 cellular biosynthetic process 0.7190953237601105 0.4278288571970331 14 14 A0A109ND19 MF 0008135 translation factor activity, RNA binding 2.6707887287221013 0.5419937959559777 15 14 A0A109ND19 BP 1901576 organic substance biosynthetic process 0.7057015909205404 0.42667678004211046 15 14 A0A109ND19 MF 0090079 translation regulator activity, nucleic acid binding 2.6688787592994814 0.5419089324571513 16 14 A0A109ND19 BP 0009058 biosynthetic process 0.6838604407512706 0.42477438122587463 16 14 A0A109ND19 MF 0045182 translation regulator activity 2.655867574073759 0.5413300114078939 17 14 A0A109ND19 BP 0034641 cellular nitrogen compound metabolic process 0.6285606828676281 0.4198172012312909 17 14 A0A109ND19 MF 0043168 anion binding 2.4794678001137496 0.5333366523733896 18 35 A0A109ND19 BP 1901564 organonitrogen compound metabolic process 0.6154900039677265 0.41861400428942763 18 14 A0A109ND19 MF 0000166 nucleotide binding 2.4619930700488712 0.5325295379786457 19 35 A0A109ND19 BP 0043170 macromolecule metabolic process 0.5787556136950611 0.41516233635840555 19 14 A0A109ND19 MF 1901265 nucleoside phosphate binding 2.4619930110211845 0.5325295352474742 20 35 A0A109ND19 BP 0006807 nitrogen compound metabolic process 0.41473366069445233 0.3982085362828847 20 14 A0A109ND19 MF 0016787 hydrolase activity 2.4416640065107296 0.531586976082423 21 35 A0A109ND19 BP 0044238 primary metabolic process 0.37152993120878686 0.39320412646239783 21 14 A0A109ND19 MF 0036094 small molecule binding 2.3025506321756453 0.5250287704322438 22 35 A0A109ND19 BP 0044237 cellular metabolic process 0.3369436977279515 0.38898402848076447 22 14 A0A109ND19 MF 0043167 ion binding 1.6345289471732853 0.49033630887951923 23 35 A0A109ND19 BP 0071704 organic substance metabolic process 0.3184309149139785 0.3866359000461215 23 14 A0A109ND19 MF 1901363 heterocyclic compound binding 1.30873902810251 0.47080899216793276 24 35 A0A109ND19 BP 0008152 metabolic process 0.23144630759804805 0.3745540747626218 24 14 A0A109ND19 MF 0097159 organic cyclic compound binding 1.3083252216792665 0.4707827293299121 25 35 A0A109ND19 BP 0009987 cellular process 0.13220958124371215 0.35749564271551615 25 14 A0A109ND19 MF 0005488 binding 0.8868917545383403 0.44144199916851445 26 35 A0A109ND19 MF 0003676 nucleic acid binding 0.8507732563439121 0.4386286623334563 27 14 A0A109ND19 MF 0003824 catalytic activity 0.7266491852955848 0.42847388189579505 28 35 A0A109ND21 MF 0004674 protein serine/threonine kinase activity 5.957196164068573 0.6590949844663497 1 59 A0A109ND21 BP 0006468 protein phosphorylation 5.310662000392775 0.6393115649238097 1 71 A0A109ND21 CC 0016020 membrane 0.7464411650465066 0.4301481922560947 1 71 A0A109ND21 MF 0004672 protein kinase activity 5.300082939262672 0.6389781186553982 2 71 A0A109ND21 BP 0036211 protein modification process 4.2059572723981296 0.6024824128659392 2 71 A0A109ND21 CC 0016021 integral component of membrane 0.2608182184959836 0.37885417003297633 2 20 A0A109ND21 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.762045302386276 0.6215570522996481 3 71 A0A109ND21 BP 0016310 phosphorylation 3.9537873394314693 0.5934176070639393 3 71 A0A109ND21 CC 0031224 intrinsic component of membrane 0.25990909107881505 0.37872481856498064 3 20 A0A109ND21 MF 0016301 kinase activity 4.321780265007771 0.6065547104127571 4 71 A0A109ND21 BP 0043412 macromolecule modification 3.6714756610285098 0.5829191011064669 4 71 A0A109ND21 CC 0110165 cellular anatomical entity 0.029124539294533743 0.3294797059491881 4 71 A0A109ND21 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.6599745732621796 0.5824829914286861 5 71 A0A109ND21 BP 0006796 phosphate-containing compound metabolic process 3.0558594546609195 0.5585243627333562 5 71 A0A109ND21 MF 0140096 catalytic activity, acting on a protein 3.502075961762618 0.5764248747996394 6 71 A0A109ND21 BP 0006793 phosphorus metabolic process 3.0149426950433265 0.5568193317405594 6 71 A0A109ND21 MF 0005524 ATP binding 2.9966638431164943 0.5560539012447963 7 71 A0A109ND21 BP 0019538 protein metabolic process 2.3653295918134782 0.5280121993922124 7 71 A0A109ND21 MF 0032559 adenyl ribonucleotide binding 2.982944735037826 0.5554778761505725 8 71 A0A109ND21 BP 1901564 organonitrogen compound metabolic process 1.6209987679351068 0.4895663892229374 8 71 A0A109ND21 MF 0030554 adenyl nucleotide binding 2.9783492076343436 0.5552846273787024 9 71 A0A109ND21 BP 0043170 macromolecule metabolic process 1.524252434137685 0.4839648181853377 9 71 A0A109ND21 MF 0035639 purine ribonucleoside triphosphate binding 2.833950280819367 0.5491346275152642 10 71 A0A109ND21 BP 0006807 nitrogen compound metabolic process 1.0922724149427052 0.4564511878541109 10 71 A0A109ND21 MF 0032555 purine ribonucleotide binding 2.8153128954531503 0.5483295433385587 11 71 A0A109ND21 BP 0044238 primary metabolic process 0.9784879638305836 0.44832973536478704 11 71 A0A109ND21 MF 0017076 purine nucleotide binding 2.8099697255963374 0.5480982418250728 12 71 A0A109ND21 BP 0044237 cellular metabolic process 0.8873991703513482 0.4414811105543609 12 71 A0A109ND21 MF 0032553 ribonucleotide binding 2.769735583108965 0.5463494280732103 13 71 A0A109ND21 BP 0071704 organic substance metabolic process 0.8386425732676462 0.4376704287347556 13 71 A0A109ND21 MF 0097367 carbohydrate derivative binding 2.7195217360085446 0.5441489205261482 14 71 A0A109ND21 BP 0008152 metabolic process 0.6095536516288217 0.41806332748925695 14 71 A0A109ND21 MF 0043168 anion binding 2.479717430547392 0.5333481615428558 15 71 A0A109ND21 BP 0009987 cellular process 0.34819666757173096 0.3903798942009239 15 71 A0A109ND21 MF 0000166 nucleotide binding 2.462240941143496 0.5325410065193841 16 71 A0A109ND21 MF 1901265 nucleoside phosphate binding 2.462240882109866 0.532541003788075 17 71 A0A109ND21 MF 0036094 small molecule binding 2.3027824507589583 0.5250398613974538 18 71 A0A109ND21 MF 0016740 transferase activity 2.3012263568991225 0.5249654020302745 19 71 A0A109ND21 MF 0043167 ion binding 1.6346935099757807 0.49034565348685055 20 71 A0A109ND21 MF 1901363 heterocyclic compound binding 1.3088707906892612 0.4708173538042709 21 71 A0A109ND21 MF 0097159 organic cyclic compound binding 1.3084569426043848 0.4707910896442249 22 71 A0A109ND21 MF 0005488 binding 0.8869810459472746 0.4414488825217531 23 71 A0A109ND21 MF 0003824 catalytic activity 0.7267223436367508 0.42848011245667605 24 71 A0A109ND23 CC 0015934 large ribosomal subunit 7.592935478470904 0.7048026898310248 1 99 A0A109ND23 MF 0019843 rRNA binding 5.439062021952493 0.6433324883576668 1 88 A0A109ND23 BP 0006412 translation 3.447439049342033 0.5742969127694901 1 100 A0A109ND23 CC 0044391 ribosomal subunit 6.683822861501812 0.6800868734278773 2 99 A0A109ND23 MF 0003735 structural constituent of ribosome 3.7888974129502033 0.5873331114946119 2 100 A0A109ND23 BP 0043043 peptide biosynthetic process 3.4267462695477438 0.5734865857343441 2 100 A0A109ND23 CC 0009536 plastid 5.701564752809142 0.6514078276388713 3 100 A0A109ND23 MF 0005198 structural molecule activity 3.5929268258542164 0.5799268518632539 3 100 A0A109ND23 BP 0006518 peptide metabolic process 3.3906302366286645 0.5720664019731193 3 100 A0A109ND23 CC 0009507 chloroplast 5.581810666124262 0.6477474275465778 4 95 A0A109ND23 BP 0043604 amide biosynthetic process 3.329366549483776 0.5696399330743263 4 100 A0A109ND23 MF 0003723 RNA binding 3.1710688032636423 0.5632648282770871 4 88 A0A109ND23 CC 1990904 ribonucleoprotein complex 4.485334917882676 0.6122134070038527 5 100 A0A109ND23 BP 0043603 cellular amide metabolic process 3.2378994211435184 0.565975262916231 5 100 A0A109ND23 MF 0003676 nucleic acid binding 1.9714245470211447 0.5085715835564846 5 88 A0A109ND23 CC 0005840 ribosome 3.1706965922468844 0.5632496530305249 6 100 A0A109ND23 BP 0034645 cellular macromolecule biosynthetic process 3.166744091362328 0.5630884524276494 6 100 A0A109ND23 MF 1901363 heterocyclic compound binding 1.151599388077921 0.46051789358999284 6 88 A0A109ND23 CC 0032991 protein-containing complex 2.7929600698030748 0.5473604394417455 7 100 A0A109ND23 BP 0009059 macromolecule biosynthetic process 2.7640680824026127 0.5461020669837306 7 100 A0A109ND23 MF 0097159 organic cyclic compound binding 1.1512352671847885 0.46049325783700523 7 88 A0A109ND23 CC 0043232 intracellular non-membrane-bounded organelle 2.781264443525043 0.5468518315301708 8 100 A0A109ND23 BP 0010467 gene expression 2.6737905646453703 0.542127111817587 8 100 A0A109ND23 MF 0005488 binding 0.780403105498056 0.43297030010622 8 88 A0A109ND23 CC 0043231 intracellular membrane-bounded organelle 2.7339638583654673 0.5447838798929938 9 100 A0A109ND23 BP 0044271 cellular nitrogen compound biosynthetic process 2.388366696132491 0.5290970378352379 9 100 A0A109ND23 MF 0070180 large ribosomal subunit rRNA binding 0.10703152650842378 0.35220315731231094 9 1 A0A109ND23 CC 0043228 non-membrane-bounded organelle 2.7326689625394165 0.5447270173209195 10 100 A0A109ND23 BP 0019538 protein metabolic process 2.365308319142416 0.528011195207075 10 100 A0A109ND23 CC 0043227 membrane-bounded organelle 2.71055673367963 0.5437539186845448 11 100 A0A109ND23 BP 1901566 organonitrogen compound biosynthetic process 2.3508477012409985 0.5273275277659347 11 100 A0A109ND23 BP 0044260 cellular macromolecule metabolic process 2.341723572032439 0.5268950758637617 12 100 A0A109ND23 CC 0005737 cytoplasm 1.9904675760458022 0.5095538687076149 12 100 A0A109ND23 BP 0044249 cellular biosynthetic process 1.8938441615504709 0.5045198994388073 13 100 A0A109ND23 CC 0043229 intracellular organelle 1.8468970622507532 0.5020276580698082 13 100 A0A109ND23 BP 1901576 organic substance biosynthetic process 1.858569780113875 0.5026502488428142 14 100 A0A109ND23 CC 0043226 organelle 1.8127712385419181 0.5001961087413987 14 100 A0A109ND23 BP 0009058 biosynthetic process 1.8010478725685302 0.49956293731563534 15 100 A0A109ND23 CC 0005622 intracellular anatomical structure 1.231980131447549 0.4658641597580366 15 100 A0A109ND23 BP 0034641 cellular nitrogen compound metabolic process 1.65540776041279 0.4915181683592184 16 100 A0A109ND23 CC 0005762 mitochondrial large ribosomal subunit 0.12488104152397637 0.35601151911307694 16 1 A0A109ND23 BP 1901564 organonitrogen compound metabolic process 1.620984189428288 0.4895655579200306 17 100 A0A109ND23 CC 0000315 organellar large ribosomal subunit 0.12487229781014206 0.3560097227591725 17 1 A0A109ND23 BP 0043170 macromolecule metabolic process 1.524238725722266 0.48396401207144607 18 100 A0A109ND23 CC 0005761 mitochondrial ribosome 0.11398310798067193 0.35372153021765873 18 1 A0A109ND23 BP 0006807 nitrogen compound metabolic process 1.0922625915540858 0.45645050546287635 19 100 A0A109ND23 CC 0000313 organellar ribosome 0.11392997022791782 0.35371010221897115 19 1 A0A109ND23 BP 0044238 primary metabolic process 0.9784791637662436 0.4483290894939123 20 100 A0A109ND23 CC 0005759 mitochondrial matrix 0.09329675017623112 0.3490506382799108 20 1 A0A109ND23 BP 0044237 cellular metabolic process 0.8873911894971291 0.44148049548022394 21 100 A0A109ND23 CC 0098798 mitochondrial protein-containing complex 0.08817360267207572 0.34781574645160956 21 1 A0A109ND23 BP 0071704 organic substance metabolic process 0.8386350309075193 0.43766983079640465 22 100 A0A109ND23 CC 0070013 intracellular organelle lumen 0.060600606275804346 0.3404441604480653 22 1 A0A109ND23 BP 0008152 metabolic process 0.6095481695875996 0.4180628177196657 23 100 A0A109ND23 CC 0043233 organelle lumen 0.06060035631643197 0.34044408673100474 23 1 A0A109ND23 BP 0009987 cellular process 0.34819353605331593 0.3903795089175557 24 100 A0A109ND23 CC 0031974 membrane-enclosed lumen 0.06060032507181321 0.3404440775164508 24 1 A0A109ND23 CC 0005739 mitochondrion 0.046377368399508685 0.33596940858189644 25 1 A0A109ND23 CC 0110165 cellular anatomical entity 0.0291242773620122 0.32947959452037906 26 100 A0A109ND25 MF 0019843 rRNA binding 6.05812103238735 0.6620843981634674 1 98 A0A109ND25 CC 0009536 plastid 5.70157155583371 0.6514080344821913 1 100 A0A109ND25 BP 0006412 translation 3.3784623736625066 0.5715862255014702 1 98 A0A109ND25 CC 0009507 chloroplast 5.699756150049418 0.6513528333963793 2 97 A0A109ND25 MF 0003735 structural constituent of ribosome 3.7130888071139543 0.5844913505523996 2 98 A0A109ND25 BP 0043043 peptide biosynthetic process 3.358183616898168 0.5707840459749678 2 98 A0A109ND25 CC 1990904 ribonucleoprotein complex 4.395591926776307 0.6091214848132469 3 98 A0A109ND25 MF 0003723 RNA binding 3.5319910923359292 0.577582959305564 3 98 A0A109ND25 BP 0006518 peptide metabolic process 3.322790196867623 0.5693781415836374 3 98 A0A109ND25 MF 0005198 structural molecule activity 3.5210392174410914 0.5771595578482782 4 98 A0A109ND25 BP 0043604 amide biosynthetic process 3.26275227917613 0.5669760698423734 4 98 A0A109ND25 CC 0005840 ribosome 3.170700375476182 0.5632498072793313 4 100 A0A109ND25 BP 0043603 cellular amide metabolic process 3.173115233502037 0.5633482464516874 5 98 A0A109ND25 CC 0043232 intracellular non-membrane-bounded organelle 2.781267762089535 0.5468519759961585 5 100 A0A109ND25 MF 0003676 nucleic acid binding 2.1958066416360156 0.5198610542311917 5 98 A0A109ND25 BP 0034645 cellular macromolecule biosynthetic process 3.1033835860644476 0.5604904616680227 6 98 A0A109ND25 CC 0032991 protein-containing complex 2.737078269381558 0.5449205874534948 6 98 A0A109ND25 MF 1901363 heterocyclic compound binding 1.282671248395665 0.4691463719173389 6 98 A0A109ND25 CC 0043231 intracellular membrane-bounded organelle 2.7339671204915854 0.544784023125257 7 100 A0A109ND25 BP 0009059 macromolecule biosynthetic process 2.7087643555064393 0.5436748674185562 7 98 A0A109ND25 MF 0097159 organic cyclic compound binding 1.282265684268594 0.4691203719496527 7 98 A0A109ND25 CC 0043228 non-membrane-bounded organelle 2.7326722231204834 0.544727160519259 8 100 A0A109ND25 BP 0010467 gene expression 2.6202931185780582 0.539739878809333 8 98 A0A109ND25 MF 0005488 binding 0.8692264306008076 0.4400733194001464 8 98 A0A109ND25 CC 0043227 membrane-bounded organelle 2.7105599678767054 0.5437540613023408 9 100 A0A109ND25 BP 0044271 cellular nitrogen compound biosynthetic process 2.3405800369211107 0.5268408169193795 9 98 A0A109ND25 BP 0019538 protein metabolic process 2.3179830140459523 0.52576589199705 10 98 A0A109ND25 CC 0005737 cytoplasm 1.990469951042914 0.5095539909219144 10 100 A0A109ND25 BP 1901566 organonitrogen compound biosynthetic process 2.3038117255095614 0.5250890985538693 11 98 A0A109ND25 CC 0043229 intracellular organelle 1.8468992659416055 0.5020277757940264 11 100 A0A109ND25 BP 0044260 cellular macromolecule metabolic process 2.2948701527123756 0.5246609947796226 12 98 A0A109ND25 CC 0043226 organelle 1.8127734015143313 0.5001962253729282 12 100 A0A109ND25 BP 0044249 cellular biosynthetic process 1.8559519544224683 0.5025107916499175 13 98 A0A109ND25 CC 0005622 intracellular anatomical structure 1.2319816014284164 0.4658642559073797 13 100 A0A109ND25 BP 1901576 organic substance biosynthetic process 1.8213833460345976 0.5006599396299695 14 98 A0A109ND25 CC 0110165 cellular anatomical entity 0.029124312112678553 0.32947960930370146 14 100 A0A109ND25 BP 0009058 biosynthetic process 1.7650123420743304 0.49760366976407366 15 98 A0A109ND25 BP 0034641 cellular nitrogen compound metabolic process 1.622286210597672 0.48963978768636873 16 98 A0A109ND25 BP 1901564 organonitrogen compound metabolic process 1.5885513895685848 0.4877068099506957 17 98 A0A109ND25 BP 0043170 macromolecule metabolic process 1.493741617945296 0.48216158536653897 18 98 A0A109ND25 BP 0006807 nitrogen compound metabolic process 1.070408501762742 0.4549247158726019 19 98 A0A109ND25 BP 0044238 primary metabolic process 0.9589016632006687 0.44688495743687595 20 98 A0A109ND25 BP 0044237 cellular metabolic process 0.8696361854484007 0.44010522324953366 21 98 A0A109ND25 BP 0071704 organic substance metabolic process 0.8218555445373578 0.4363328732486794 22 98 A0A109ND25 BP 0008152 metabolic process 0.5973522740828721 0.4169230007109958 23 98 A0A109ND25 BP 0009987 cellular process 0.34122684795055136 0.38951803631548776 24 98 A0A109ND26 MF 0004869 cysteine-type endopeptidase inhibitor activity 12.567347188723982 0.81944059823736 1 4 A0A109ND26 BP 0010951 negative regulation of endopeptidase activity 9.138865143811394 0.7436476727146203 1 4 A0A109ND26 CC 0016021 integral component of membrane 0.3750583602878635 0.3936233963154998 1 1 A0A109ND26 MF 0004866 endopeptidase inhibitor activity 9.503316985086434 0.7523145798890567 2 4 A0A109ND26 BP 0010466 negative regulation of peptidase activity 9.135959820388065 0.7435778945579674 2 4 A0A109ND26 CC 0031224 intrinsic component of membrane 0.37375102891990075 0.3934682820198714 2 1 A0A109ND26 MF 0061135 endopeptidase regulator activity 9.494114040843346 0.7520977940129588 3 4 A0A109ND26 BP 0045861 negative regulation of proteolysis 9.10255248416337 0.7427747403420057 3 4 A0A109ND26 CC 0016020 membrane 0.30725407943968774 0.38518509207915536 3 1 A0A109ND26 MF 0030414 peptidase inhibitor activity 9.41223429039979 0.7501643779628966 4 4 A0A109ND26 BP 0052548 regulation of endopeptidase activity 9.057003108933973 0.7416772978379762 4 4 A0A109ND26 CC 0110165 cellular anatomical entity 0.011988397651527483 0.32059817182015155 4 1 A0A109ND26 MF 0061134 peptidase regulator activity 9.337233575574041 0.7483860026676191 5 4 A0A109ND26 BP 0051346 negative regulation of hydrolase activity 9.01111866081585 0.7405689885398214 5 4 A0A109ND26 BP 0052547 regulation of peptidase activity 8.785237012678268 0.7350713551664149 6 4 A0A109ND26 MF 0004857 enzyme inhibitor activity 8.418959892699709 0.7260042465679448 6 4 A0A109ND26 BP 0030162 regulation of proteolysis 8.401683052257896 0.7255717380129905 7 4 A0A109ND26 MF 0030234 enzyme regulator activity 6.7335599550683645 0.6814809892697673 7 4 A0A109ND26 BP 0051248 negative regulation of protein metabolic process 8.049930259563645 0.7166672337208273 8 4 A0A109ND26 MF 0098772 molecular function regulator activity 6.3669713099927066 0.6710811005052371 8 4 A0A109ND26 BP 0051336 regulation of hydrolase activity 7.999811562298752 0.7153827816702413 9 4 A0A109ND26 BP 0043086 negative regulation of catalytic activity 7.967638603251264 0.7145561252169967 10 4 A0A109ND26 BP 0044092 negative regulation of molecular function 7.868315783590912 0.7119935260939935 11 4 A0A109ND26 BP 0051172 negative regulation of nitrogen compound metabolic process 6.716565148585453 0.6810052108199315 12 4 A0A109ND26 BP 0051246 regulation of protein metabolic process 6.588770368175547 0.6774080750709056 13 4 A0A109ND26 BP 0050790 regulation of catalytic activity 6.212556314726188 0.6666110018853044 14 4 A0A109ND26 BP 0065009 regulation of molecular function 6.1319728219962 0.6642561545642889 15 4 A0A109ND26 BP 0010605 negative regulation of macromolecule metabolic process 6.072142622249553 0.6624977442502848 16 4 A0A109ND26 BP 0009892 negative regulation of metabolic process 5.944386652308762 0.6587137590067536 17 4 A0A109ND26 BP 0048519 negative regulation of biological process 5.565613617135609 0.6472493461015723 18 4 A0A109ND26 BP 0051171 regulation of nitrogen compound metabolic process 3.3234786164486345 0.5694055583279869 19 4 A0A109ND26 BP 0080090 regulation of primary metabolic process 3.317472121352013 0.5691662500837287 20 4 A0A109ND26 BP 0060255 regulation of macromolecule metabolic process 3.200694791464677 0.5644698525931011 21 4 A0A109ND26 BP 0019222 regulation of metabolic process 3.165253103410997 0.563027617163435 22 4 A0A109ND26 BP 0050789 regulation of biological process 2.4573956394665974 0.5323167185483084 23 4 A0A109ND26 BP 0065007 biological regulation 2.359946179148042 0.5277579290068509 24 4 A0A109ND29 CC 0009536 plastid 5.701514104388443 0.65140628768943 1 100 A0A109ND29 MF 0019843 rRNA binding 5.563577053258197 0.6471866677068243 1 90 A0A109ND29 BP 0006412 translation 3.447408424881753 0.574295715318547 1 100 A0A109ND29 CC 0009507 chloroplast 5.464737853556495 0.6441308276454066 2 93 A0A109ND29 MF 0003735 structural constituent of ribosome 3.7888637552301785 0.587331856141639 2 100 A0A109ND29 BP 0043043 peptide biosynthetic process 3.426715828906584 0.5734853918825773 2 100 A0A109ND29 CC 1990904 ribonucleoprotein complex 4.48529507353472 0.6122120411417014 3 100 A0A109ND29 MF 0005198 structural molecule activity 3.592894908989758 0.5799256294061791 3 100 A0A109ND29 BP 0006518 peptide metabolic process 3.390600116815227 0.5720652144292897 3 100 A0A109ND29 BP 0043604 amide biosynthetic process 3.32933697389094 0.5696387563079846 4 100 A0A109ND29 MF 0003723 RNA binding 3.24366325607872 0.5662077095889104 4 90 A0A109ND29 CC 0005840 ribosome 3.170668426158824 0.5632485046474713 4 100 A0A109ND29 BP 0043603 cellular amide metabolic process 3.2378706580759795 0.5659741024270148 5 100 A0A109ND29 CC 0032991 protein-containing complex 2.7929352592426855 0.547359361632771 5 100 A0A109ND29 MF 0003676 nucleic acid binding 2.0165558560958394 0.5108919682633222 5 90 A0A109ND29 BP 0034645 cellular macromolecule biosynthetic process 3.1667159603853174 0.5630873047605901 6 100 A0A109ND29 CC 0043232 intracellular non-membrane-bounded organelle 2.7812397368598174 0.5468507559802468 6 100 A0A109ND29 MF 1901363 heterocyclic compound binding 1.1779626531555045 0.46229135044469805 6 90 A0A109ND29 BP 0009059 macromolecule biosynthetic process 2.764043528496949 0.5461009947639867 7 100 A0A109ND29 CC 0043231 intracellular membrane-bounded organelle 2.7339395718831283 0.544782813528155 7 100 A0A109ND29 MF 0097159 organic cyclic compound binding 1.1775901965375313 0.46226643429743736 7 90 A0A109ND29 CC 0043228 non-membrane-bounded organelle 2.7326446875599597 0.5447259512086435 8 100 A0A109ND29 BP 0010467 gene expression 2.6737668126973966 0.5421260572531409 8 100 A0A109ND29 MF 0005488 binding 0.7982686706855765 0.4344302212856004 8 90 A0A109ND29 CC 0043227 membrane-bounded organelle 2.710532655128613 0.5437528568944173 9 100 A0A109ND29 BP 0044271 cellular nitrogen compound biosynthetic process 2.3883454796758774 0.5290960411456176 9 100 A0A109ND29 BP 0019538 protein metabolic process 2.3652873075191114 0.5280102033403707 10 100 A0A109ND29 CC 0005737 cytoplasm 1.9904498942262405 0.5095529588216084 10 100 A0A109ND29 BP 1901566 organonitrogen compound biosynthetic process 2.350826818074967 0.5273265389358315 11 100 A0A109ND29 CC 0043229 intracellular organelle 1.8468806558038477 0.5020267816124785 11 100 A0A109ND29 BP 0044260 cellular macromolecule metabolic process 2.3417027699183217 0.5268940889544517 12 100 A0A109ND29 CC 0043226 organelle 1.8127551352432096 0.5001952404191417 12 100 A0A109ND29 BP 0044249 cellular biosynthetic process 1.8938273380607813 0.5045190119118523 13 100 A0A109ND29 CC 0005622 intracellular anatomical structure 1.2319691874609953 0.46586344392574786 13 100 A0A109ND29 BP 1901576 organic substance biosynthetic process 1.8585532699753073 0.5026493696201637 14 100 A0A109ND29 CC 0110165 cellular anatomical entity 0.029124018643797756 0.32947948445847763 14 100 A0A109ND29 BP 0009058 biosynthetic process 1.8010318734114037 0.49956207180569434 15 100 A0A109ND29 BP 0034641 cellular nitrogen compound metabolic process 1.6553930550130773 0.49151733858120056 16 100 A0A109ND29 BP 1901564 organonitrogen compound metabolic process 1.6209697898217357 0.48956473681479457 17 100 A0A109ND29 BP 0043170 macromolecule metabolic process 1.5242251855297797 0.48396321584622926 18 100 A0A109ND29 BP 0006807 nitrogen compound metabolic process 1.0922528887132605 0.4564498314425991 19 100 A0A109ND29 BP 0044238 primary metabolic process 0.9784704716919657 0.4483284515459962 20 100 A0A109ND29 BP 0044237 cellular metabolic process 0.8873833065800286 0.44147988795125914 21 100 A0A109ND29 BP 0071704 organic substance metabolic process 0.8386275811035271 0.4376692401930195 22 100 A0A109ND29 BP 0008152 metabolic process 0.6095427548192917 0.4180623142034659 23 100 A0A109ND29 BP 0009987 cellular process 0.348190442963355 0.39037912836049476 24 100 A0A109ND32 MF 0003924 GTPase activity 6.650270781997753 0.6791434869345305 1 51 A0A109ND32 BP 0006414 translational elongation 2.982840269213259 0.5554734848612068 1 21 A0A109ND32 CC 0009536 plastid 0.08345517424625269 0.34664626058232983 1 1 A0A109ND32 MF 0005525 GTP binding 5.970981675568883 0.6595047991576295 2 51 A0A109ND32 BP 0006412 translation 1.375299670329516 0.47498064470615564 2 21 A0A109ND32 CC 0043231 intracellular membrane-bounded organelle 0.040017686385203644 0.33374641944830213 2 1 A0A109ND32 MF 0032561 guanyl ribonucleotide binding 5.9105554423078415 0.6577049246290962 3 51 A0A109ND32 BP 0043043 peptide biosynthetic process 1.3670446227936595 0.47446883242852217 3 21 A0A109ND32 CC 0043227 membrane-bounded organelle 0.039675070672859435 0.3336218101438814 3 1 A0A109ND32 MF 0019001 guanyl nucleotide binding 5.900336935108902 0.6573996450471398 4 51 A0A109ND32 BP 0006518 peptide metabolic process 1.3526367195772997 0.47357182732568803 4 21 A0A109ND32 CC 0005737 cytoplasm 0.029134952524844066 0.32948413543941746 4 1 A0A109ND32 MF 0017111 ribonucleoside triphosphate phosphatase activity 5.284154051856657 0.6384754203674321 5 51 A0A109ND32 BP 0043604 amide biosynthetic process 1.3281965692142015 0.4720392404566418 5 21 A0A109ND32 CC 0043229 intracellular organelle 0.0270334763924391 0.32857358088182104 5 1 A0A109ND32 MF 0016462 pyrophosphatase activity 5.063364724619822 0.6314279005896936 6 51 A0A109ND32 BP 0043603 cellular amide metabolic process 1.2917072478217453 0.46972459081638646 6 21 A0A109ND32 CC 0043226 organelle 0.026533968505149993 0.3283519918686105 6 1 A0A109ND32 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 5.0282811500563565 0.6302939996650494 7 51 A0A109ND32 BP 0034645 cellular macromolecule biosynthetic process 1.263320987705287 0.46790124667609034 7 21 A0A109ND32 CC 0016021 integral component of membrane 0.020111964906906515 0.3252917789569262 7 1 A0A109ND32 MF 0016817 hydrolase activity, acting on acid anhydrides 5.017515134868418 0.6299452494488371 8 51 A0A109ND32 BP 0009059 macromolecule biosynthetic process 1.1026799511429153 0.45717244182849615 8 21 A0A109ND32 CC 0031224 intrinsic component of membrane 0.020041861143390925 0.3252558595091657 8 1 A0A109ND32 MF 0003746 translation elongation factor activity 3.202431198707351 0.564540306841712 9 21 A0A109ND32 BP 0010467 gene expression 1.0666652055208283 0.45466181245438403 9 21 A0A109ND32 CC 0005622 intracellular anatomical structure 0.018032789417540124 0.32419835943359276 9 1 A0A109ND32 MF 0035639 purine ribonucleoside triphosphate binding 2.8338404375766144 0.5491298903551799 10 51 A0A109ND32 BP 0044271 cellular nitrogen compound biosynthetic process 0.952800001045391 0.4464318613934073 10 21 A0A109ND32 CC 0016020 membrane 0.01647605790856658 0.32333774095561546 10 1 A0A109ND32 MF 0032555 purine ribonucleotide binding 2.815203774591047 0.5483248217810617 11 51 A0A109ND32 BP 0019538 protein metabolic process 0.9436012370298713 0.44574603016161163 11 21 A0A109ND32 CC 0110165 cellular anatomical entity 0.0010691596249846453 0.30944775053472023 11 2 A0A109ND32 MF 0017076 purine nucleotide binding 2.8098608118342345 0.5480935247502152 12 51 A0A109ND32 BP 1901566 organonitrogen compound biosynthetic process 0.9378324089960949 0.4453142176032034 12 21 A0A109ND32 MF 0008135 translation factor activity, RNA binding 2.8060671001359823 0.5479291613167527 13 21 A0A109ND32 BP 0044260 cellular macromolecule metabolic process 0.9341924862264754 0.44504107579326957 13 21 A0A109ND32 MF 0090079 translation regulator activity, nucleic acid binding 2.8040603886722693 0.5478421751502462 14 21 A0A109ND32 BP 0044249 cellular biosynthetic process 0.7555182887230297 0.43090864590779504 14 21 A0A109ND32 MF 0045182 translation regulator activity 2.790390172678381 0.5472487737057956 15 21 A0A109ND32 BP 1901576 organic substance biosynthetic process 0.7414461486600787 0.42972775215945613 15 21 A0A109ND32 MF 0032553 ribonucleotide binding 2.769628228812711 0.546344744890485 16 51 A0A109ND32 BP 0009058 biosynthetic process 0.7184987203367452 0.4277777691575876 16 21 A0A109ND32 MF 0097367 carbohydrate derivative binding 2.7194163279891304 0.5441442799894121 17 51 A0A109ND32 BP 0034641 cellular nitrogen compound metabolic process 0.660397969208811 0.42269659656425745 17 21 A0A109ND32 MF 0043168 anion binding 2.479621317286152 0.5333437303255801 18 51 A0A109ND32 BP 1901564 organonitrogen compound metabolic process 0.6466652461210494 0.4214633043836116 18 21 A0A109ND32 MF 0000166 nucleotide binding 2.4621455052668524 0.5325365909448289 19 51 A0A109ND32 BP 0043170 macromolecule metabolic process 0.6080702187873066 0.41792530081877255 19 21 A0A109ND32 MF 1901265 nucleoside phosphate binding 2.462145446235511 0.5325365882135729 20 51 A0A109ND32 BP 0006807 nitrogen compound metabolic process 0.43574037439887436 0.40054743994007586 20 21 A0A109ND32 MF 0016787 hydrolase activity 2.4418151830471695 0.5315939998695223 21 51 A0A109ND32 BP 0044238 primary metabolic process 0.39034832874241876 0.39541785617401665 21 21 A0A109ND32 MF 0036094 small molecule binding 2.3026931954556957 0.5250355911956129 22 51 A0A109ND32 BP 0044237 cellular metabolic process 0.3540102646924667 0.3910922020261196 22 21 A0A109ND32 MF 0043167 ion binding 1.634630149641883 0.49034205566117234 23 51 A0A109ND32 BP 0071704 organic substance metabolic process 0.33455978917278445 0.38868534049178693 23 21 A0A109ND32 MF 1901363 heterocyclic compound binding 1.3088200591669172 0.470814134438399 24 51 A0A109ND32 BP 0008152 metabolic process 0.24316931632011973 0.3763013157892349 24 21 A0A109ND32 MF 0097159 organic cyclic compound binding 1.3084062271226948 0.4707878707873542 25 51 A0A109ND32 BP 0009987 cellular process 0.13890614119382025 0.35881620580782586 25 21 A0A109ND32 MF 0003676 nucleic acid binding 0.8938658526705995 0.441978583641034 26 21 A0A109ND32 MF 0005488 binding 0.8869466667716742 0.44144623231889746 27 51 A0A109ND32 MF 0003824 catalytic activity 0.7266941760505564 0.4284777135894864 28 51 A0A109ND37 MF 0004535 poly(A)-specific ribonuclease activity 12.876866877542378 0.825740784827734 1 2 A0A109ND37 BP 0043928 exonucleolytic catabolism of deadenylated mRNA 12.86412115539306 0.8254828538690555 1 1 A0A109ND37 CC 0030014 CCR4-NOT complex 11.095642615289163 0.7883629788229052 1 2 A0A109ND37 BP 0000291 nuclear-transcribed mRNA catabolic process, exonucleolytic 11.414209280656053 0.7952570617496427 2 1 A0A109ND37 MF 0000175 3'-5'-exoribonuclease activity 10.48248612711866 0.7748092153079833 2 2 A0A109ND37 CC 0030015 CCR4-NOT core complex 9.761162525402737 0.7583463159440038 2 1 A0A109ND37 MF 0016896 exoribonuclease activity, producing 5'-phosphomonoesters 9.397997678147027 0.7498273536509309 3 2 A0A109ND37 BP 0000288 nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay 9.293105855804663 0.7473363320855666 3 1 A0A109ND37 CC 0000932 P-body 9.022644982780626 0.7408476643039181 3 1 A0A109ND37 MF 0004532 exoribonuclease activity 9.385757088062883 0.7495373771592415 4 2 A0A109ND37 BP 0061157 mRNA destabilization 9.077265655436044 0.7421658328420453 4 1 A0A109ND37 CC 0036464 cytoplasmic ribonucleoprotein granule 8.544027566284065 0.7291220481325983 4 1 A0A109ND37 BP 0050779 RNA destabilization 9.07236787420418 0.742047796137767 5 1 A0A109ND37 CC 0035770 ribonucleoprotein granule 8.521767123051609 0.7285687970657688 5 1 A0A109ND37 MF 0016796 exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters 8.467963245425215 0.7272285881710605 5 2 A0A109ND37 BP 0090503 RNA phosphodiester bond hydrolysis, exonucleolytic 9.03547465493548 0.7411576423537465 6 2 A0A109ND37 MF 0008408 3'-5' exonuclease activity 8.347340264498904 0.7242084131338022 6 2 A0A109ND37 CC 0099080 supramolecular complex 5.7378466228612455 0.6525092147480405 6 1 A0A109ND37 BP 0061014 positive regulation of mRNA catabolic process 8.715200494386076 0.7333524473640171 7 1 A0A109ND37 MF 0004540 ribonuclease activity 7.11871973157404 0.692107089312476 7 2 A0A109ND37 CC 0140535 intracellular protein-containing complex 5.5100233936087175 0.6455343345503624 7 2 A0A109ND37 BP 1903313 positive regulation of mRNA metabolic process 8.679934833619377 0.7324843069755957 8 1 A0A109ND37 MF 0004527 exonuclease activity 7.106282571490296 0.6917685206859798 8 2 A0A109ND37 CC 0032991 protein-containing complex 2.788909338360228 0.5471844059666977 8 2 A0A109ND37 BP 0043488 regulation of mRNA stability 8.639545323816112 0.7314878625779183 9 1 A0A109ND37 MF 0004518 nuclease activity 5.2701786351858715 0.6380337471255635 9 2 A0A109ND37 CC 0043232 intracellular non-membrane-bounded organelle 2.2105165393883572 0.5205805424779786 9 1 A0A109ND37 BP 0043487 regulation of RNA stability 8.615639331600242 0.7308969833934787 10 1 A0A109ND37 MF 0140098 catalytic activity, acting on RNA 4.681827432484436 0.6188769486008907 10 2 A0A109ND37 CC 0043228 non-membrane-bounded organelle 2.1718934179126763 0.5186862514405766 10 1 A0A109ND37 BP 0061013 regulation of mRNA catabolic process 8.372966632096897 0.7248518659046561 11 1 A0A109ND37 MF 0016788 hydrolase activity, acting on ester bonds 4.313960060419799 0.6062814856920647 11 2 A0A109ND37 CC 0005737 cytoplasm 1.582000412872959 0.4873290721232989 11 1 A0A109ND37 BP 0000956 nuclear-transcribed mRNA catabolic process 8.059097363503005 0.7169017371125799 12 1 A0A109ND37 MF 0140640 catalytic activity, acting on a nucleic acid 3.767767204374016 0.5865439048134722 12 2 A0A109ND37 CC 0043229 intracellular organelle 1.4678922430974148 0.4806193874389987 12 1 A0A109ND37 BP 0031331 positive regulation of cellular catabolic process 8.014491925387192 0.7157594286020151 13 1 A0A109ND37 MF 0016787 hydrolase activity 2.438346310818646 0.5314327784085088 13 2 A0A109ND37 CC 0043226 organelle 1.4407694364530306 0.47898654468867274 13 1 A0A109ND37 BP 0009896 positive regulation of catabolic process 7.536074469350567 0.7033017554907364 14 1 A0A109ND37 MF 0003676 nucleic acid binding 2.2373878440369883 0.5218887138212887 14 2 A0A109ND37 CC 0005622 intracellular anatomical structure 0.9791634388102471 0.448379302430705 14 1 A0A109ND37 BP 0017148 negative regulation of translation 7.531523446757321 0.7031813798522115 15 1 A0A109ND37 MF 1901363 heterocyclic compound binding 1.3069607335361735 0.47069610062761263 15 2 A0A109ND37 CC 0110165 cellular anatomical entity 0.023147635945349184 0.3267912320738621 15 1 A0A109ND37 BP 0034249 negative regulation of cellular amide metabolic process 7.52118087975346 0.7029076811603179 16 1 A0A109ND37 MF 0097159 organic cyclic compound binding 1.3065474893867663 0.47066985563842845 16 2 A0A109ND37 BP 2000113 negative regulation of cellular macromolecule biosynthetic process 7.5173442501404395 0.7028061033436701 17 1 A0A109ND37 MF 0005488 binding 0.8856866595926272 0.4413490661206938 17 2 A0A109ND37 BP 1903311 regulation of mRNA metabolic process 7.500444541293725 0.7023583612623747 18 1 A0A109ND37 MF 0003824 catalytic activity 0.7256618255010828 0.42838976228254444 18 2 A0A109ND37 BP 0006402 mRNA catabolic process 7.139821785947566 0.6926808607470271 19 1 A0A109ND37 BP 0031329 regulation of cellular catabolic process 7.073145191195716 0.6908649945189064 20 1 A0A109ND37 BP 0009894 regulation of catabolic process 6.746675369764411 0.6818477517999515 21 1 A0A109ND37 BP 0090501 RNA phosphodiester bond hydrolysis 6.740285993160727 0.6816691223498914 22 2 A0A109ND37 BP 0051248 negative regulation of protein metabolic process 6.4060060384062885 0.6722024918935399 23 1 A0A109ND37 BP 0006401 RNA catabolic process 6.304477890797064 0.6692786054485235 24 1 A0A109ND37 BP 0051254 positive regulation of RNA metabolic process 6.057132705941203 0.6620552449939229 25 1 A0A109ND37 BP 0006417 regulation of translation 5.997656710957218 0.6602964515337287 26 1 A0A109ND37 BP 0034248 regulation of cellular amide metabolic process 5.98586794578416 0.6599468062286913 27 1 A0A109ND37 BP 2000112 regulation of cellular macromolecule biosynthetic process 5.984474871298907 0.6599054660201469 28 1 A0A109ND37 BP 0045935 positive regulation of nucleobase-containing compound metabolic process 5.978931262435308 0.659740908858647 29 1 A0A109ND37 BP 0010558 negative regulation of macromolecule biosynthetic process 5.853651139156433 0.656001524495526 30 1 A0A109ND37 BP 0031327 negative regulation of cellular biosynthetic process 5.8280768933491345 0.6552332769731792 31 1 A0A109ND37 BP 0009890 negative regulation of biosynthetic process 5.823586269944879 0.6550982052932045 32 1 A0A109ND37 BP 0010608 post-transcriptional regulation of gene expression 5.77719095976029 0.653699639100479 33 1 A0A109ND37 BP 0031325 positive regulation of cellular metabolic process 5.674995016773712 0.6505990415402172 34 1 A0A109ND37 BP 0051173 positive regulation of nitrogen compound metabolic process 5.604808277481138 0.6484533957744505 35 1 A0A109ND37 BP 0010629 negative regulation of gene expression 5.600004337717926 0.6483060468796795 36 1 A0A109ND37 BP 0010604 positive regulation of macromolecule metabolic process 5.55519034545711 0.646928432864492 37 1 A0A109ND37 BP 0034655 nucleobase-containing compound catabolic process 5.488410783029449 0.6448652305498626 38 1 A0A109ND37 BP 0009893 positive regulation of metabolic process 5.487568214175537 0.6448391188355015 39 1 A0A109ND37 BP 0031324 negative regulation of cellular metabolic process 5.415806832119213 0.6426077863468711 40 1 A0A109ND37 BP 0051172 negative regulation of nitrogen compound metabolic process 5.3449353611567725 0.6403895679294827 41 1 A0A109ND37 BP 0051246 regulation of protein metabolic process 5.243238314277382 0.6371806808063329 42 1 A0A109ND37 BP 0044265 cellular macromolecule catabolic process 5.227141593344961 0.63666993131631 43 1 A0A109ND37 BP 0048522 positive regulation of cellular process 5.191969603896992 0.6355511792902429 44 1 A0A109ND37 BP 0046700 heterocycle catabolic process 5.184931098292756 0.6353268436508901 45 1 A0A109ND37 BP 0016071 mRNA metabolic process 5.16211492922033 0.6345985837152828 46 1 A0A109ND37 BP 0044270 cellular nitrogen compound catabolic process 5.133912631771031 0.6336961783549072 47 1 A0A109ND37 BP 0019439 aromatic compound catabolic process 5.0292740465273615 0.6303261443648194 48 1 A0A109ND37 BP 1901361 organic cyclic compound catabolic process 5.028396261929827 0.6302977265370829 49 1 A0A109ND37 BP 0048518 positive regulation of biological process 5.021195453270241 0.630064510340502 50 1 A0A109ND37 BP 0090305 nucleic acid phosphodiester bond hydrolysis 4.955379290759625 0.6279250915418801 51 2 A0A109ND37 BP 0048523 negative regulation of cellular process 4.947064440921283 0.6276538008609298 52 1 A0A109ND37 BP 0010605 negative regulation of macromolecule metabolic process 4.832114198502801 0.6238796624655187 53 1 A0A109ND37 BP 0065008 regulation of biological quality 4.815420177311414 0.6233278333966819 54 1 A0A109ND37 BP 0009892 negative regulation of metabolic process 4.730448036375389 0.6205040930210116 55 1 A0A109ND37 BP 0009057 macromolecule catabolic process 4.635542723112215 0.6173201091629963 56 1 A0A109ND37 BP 0048519 negative regulation of biological process 4.429026499509028 0.6102770653210232 57 1 A0A109ND37 BP 0044248 cellular catabolic process 3.8029162708293662 0.5878554976590538 58 1 A0A109ND37 BP 0016070 RNA metabolic process 3.582215932731015 0.5795163055541015 59 2 A0A109ND37 BP 1901575 organic substance catabolic process 3.3936519568187213 0.5721855135361305 60 1 A0A109ND37 BP 0009056 catabolic process 3.3203861872164304 0.5692823780990176 61 1 A0A109ND37 BP 0051252 regulation of RNA metabolic process 2.7766637037969755 0.5466514660705734 62 1 A0A109ND37 BP 0019219 regulation of nucleobase-containing compound metabolic process 2.753161538315284 0.5456253304216114 63 1 A0A109ND37 BP 0090304 nucleic acid metabolic process 2.7380289154038975 0.5449623007144837 64 2 A0A109ND37 BP 0010556 regulation of macromolecule biosynthetic process 2.7317280122522405 0.544685689055482 65 1 A0A109ND37 BP 0031326 regulation of cellular biosynthetic process 2.7279549317721146 0.5445198968908727 66 1 A0A109ND37 BP 0009889 regulation of biosynthetic process 2.7262559416358125 0.5444452044728851 67 1 A0A109ND37 BP 0031323 regulation of cellular metabolic process 2.657642586460551 0.5414090723991187 68 1 A0A109ND37 BP 0051171 regulation of nitrogen compound metabolic process 2.6447712463335287 0.5408351688700768 69 1 A0A109ND37 BP 0080090 regulation of primary metabolic process 2.6399913733883063 0.5406216898142275 70 1 A0A109ND37 BP 0010468 regulation of gene expression 2.6206296102920734 0.5397549699516524 71 1 A0A109ND37 BP 0060255 regulation of macromolecule metabolic process 2.5470618378164303 0.5364321872532112 72 1 A0A109ND37 BP 0019222 regulation of metabolic process 2.5188579080477904 0.5351456162084406 73 1 A0A109ND37 BP 0006139 nucleobase-containing compound metabolic process 2.2796021003956106 0.5239280599438053 74 2 A0A109ND37 BP 0050794 regulation of cellular process 2.095167414767535 0.5148725443825632 75 1 A0A109ND37 BP 0006725 cellular aromatic compound metabolic process 2.0833377095205177 0.5142783678324876 76 2 A0A109ND37 BP 0046483 heterocycle metabolic process 2.0806012104132425 0.5141406802490643 77 2 A0A109ND37 BP 1901360 organic cyclic compound metabolic process 2.033106095054578 0.5117363666757111 78 2 A0A109ND37 BP 0050789 regulation of biological process 1.9555562343504849 0.5077494282460817 79 1 A0A109ND37 BP 0065007 biological regulation 1.8780075089440194 0.5036826812347425 80 1 A0A109ND37 BP 0044260 cellular macromolecule metabolic process 1.8611745814765353 0.502788914753585 81 1 A0A109ND37 BP 0034641 cellular nitrogen compound metabolic process 1.6530068624055696 0.4913826446147877 82 2 A0A109ND37 BP 0043170 macromolecule metabolic process 1.5220280669307416 0.48383396834833836 83 2 A0A109ND37 BP 0006807 nitrogen compound metabolic process 1.0906784434413754 0.45634042089829563 84 2 A0A109ND37 BP 0044238 primary metabolic process 0.9770600398920102 0.4482248964585756 85 2 A0A109ND37 BP 0044237 cellular metabolic process 0.8861041738207273 0.44138127062926125 86 2 A0A109ND37 BP 0071704 organic substance metabolic process 0.8374187280589759 0.4375733703208303 87 2 A0A109ND37 BP 0008152 metabolic process 0.6086641197355543 0.4179805807848348 88 2 A0A109ND37 BP 0009987 cellular process 0.3476885383199303 0.3903173543210757 89 2 A0A109ND38 MF 0004386 helicase activity 3.6907151219250354 0.5836471178272871 1 13 A0A109ND38 BP 0000002 mitochondrial genome maintenance 2.672450853780759 0.5420676225779201 1 4 A0A109ND38 CC 0009507 chloroplast 1.2124089060199845 0.4645789087465122 1 4 A0A109ND38 MF 0005524 ATP binding 2.6350450786266153 0.5404005744466654 2 19 A0A109ND38 BP 0007005 mitochondrion organization 1.9024538334484948 0.5049735885451399 2 4 A0A109ND38 CC 0009536 plastid 1.176394366349728 0.46218641046619224 2 4 A0A109ND38 MF 0032559 adenyl ribonucleotide binding 2.6229815072290834 0.5398604219169779 3 19 A0A109ND38 BP 0006281 DNA repair 1.5924789994469064 0.48793290764624986 3 6 A0A109ND38 CC 0005739 mitochondrion 0.9514844152120155 0.4463339789220494 3 4 A0A109ND38 MF 0030554 adenyl nucleotide binding 2.618940539505574 0.5396792079142697 4 19 A0A109ND38 BP 0006974 cellular response to DNA damage stimulus 1.575732214937371 0.48696690680651056 4 6 A0A109ND38 CC 0043231 intracellular membrane-bounded organelle 0.5640942127685703 0.4137542106090741 4 4 A0A109ND38 MF 0140657 ATP-dependent activity 2.558075264353191 0.5369326486981727 5 13 A0A109ND38 BP 0033554 cellular response to stress 1.5048346617006814 0.48281931216468904 5 6 A0A109ND38 CC 0043227 membrane-bounded organelle 0.5592646596885499 0.4132863674261189 5 4 A0A109ND38 MF 0035639 purine ribonucleoside triphosphate binding 2.4919667775546652 0.5339122057174446 6 19 A0A109ND38 BP 0006996 organelle organization 1.500668275879474 0.4825725647397541 6 6 A0A109ND38 CC 0005737 cytoplasm 0.4106898622362211 0.3977515491172541 6 4 A0A109ND38 MF 0032555 purine ribonucleotide binding 2.475578435999263 0.5331572589989425 7 19 A0A109ND38 BP 0006950 response to stress 1.3457054193071738 0.4731385976653508 7 6 A0A109ND38 CC 0043229 intracellular organelle 0.3810671970688708 0.3943328899371815 7 4 A0A109ND38 MF 0017076 purine nucleotide binding 2.4708800466661374 0.5329403620288578 8 19 A0A109ND38 BP 0006259 DNA metabolic process 1.1546133541642805 0.4607216636572617 8 6 A0A109ND38 CC 0043226 organelle 0.3740260726585345 0.39350093834472016 8 4 A0A109ND38 MF 0032553 ribonucleotide binding 2.4355011103875013 0.5313004574804387 9 19 A0A109ND38 BP 0016043 cellular component organization 1.130411216810939 0.45907779924741027 9 6 A0A109ND38 CC 0005622 intracellular anatomical structure 0.25419241014067784 0.3779062070503063 9 4 A0A109ND38 MF 0097367 carbohydrate derivative binding 2.3913467582118946 0.5292369888398161 10 19 A0A109ND38 BP 0071840 cellular component organization or biogenesis 1.0432027581907917 0.45300335626359506 10 6 A0A109ND38 CC 0110165 cellular anatomical entity 0.006009163676655163 0.3159557291261592 10 4 A0A109ND38 MF 0043168 anion binding 2.1804805456434138 0.5191088584061347 11 19 A0A109ND38 BP 0051716 cellular response to stimulus 0.9822243471335218 0.44860370113235426 11 6 A0A109ND38 MF 0140640 catalytic activity, acting on a nucleic acid 2.1671410053679256 0.5184520070123605 12 13 A0A109ND38 BP 0032508 DNA duplex unwinding 0.9755857935728276 0.44811657613165806 12 3 A0A109ND38 MF 0000166 nucleotide binding 2.1651130103420524 0.5183519698050123 13 19 A0A109ND38 BP 0032392 DNA geometric change 0.9754745076029413 0.44810839606791897 13 3 A0A109ND38 MF 1901265 nucleoside phosphate binding 2.1651129584322333 0.5183519672437984 14 19 A0A109ND38 BP 0071103 DNA conformation change 0.8972330957584636 0.44223690867254334 14 3 A0A109ND38 MF 0036094 small molecule binding 2.0248969793387137 0.511317966332256 15 19 A0A109ND38 BP 0050896 response to stimulus 0.8778010211009682 0.44073938415000474 15 6 A0A109ND38 MF 0003676 nucleic acid binding 1.6476746762961372 0.49108130568095754 16 16 A0A109ND38 BP 0051276 chromosome organization 0.8418213881292711 0.4379221978454978 16 3 A0A109ND38 MF 0043167 ion binding 1.4374288589022421 0.47878437646552413 17 19 A0A109ND38 BP 0090304 nucleic acid metabolic process 0.792249776569524 0.43394021715165265 17 6 A0A109ND38 MF 1901363 heterocyclic compound binding 1.1509243999744114 0.460472222047567 18 19 A0A109ND38 BP 0044260 cellular macromolecule metabolic process 0.6765959478667419 0.42413491714198337 18 6 A0A109ND38 MF 0097159 organic cyclic compound binding 1.150560492503823 0.46044759351552694 19 19 A0A109ND38 BP 0006139 nucleobase-containing compound metabolic process 0.6596037918173074 0.4226256254044725 19 6 A0A109ND38 MF 0003678 DNA helicase activity 1.0323152228768389 0.45222743181022745 20 3 A0A109ND38 BP 0006725 cellular aromatic compound metabolic process 0.6028146107591486 0.4174349304839435 20 6 A0A109ND38 MF 0008094 ATP-dependent activity, acting on DNA 0.8770130793440416 0.44067831383104294 21 3 A0A109ND38 BP 0046483 heterocycle metabolic process 0.6020228036331812 0.41736086654162796 21 6 A0A109ND38 MF 0005488 binding 0.7799456870436818 0.43293270299642533 22 19 A0A109ND38 BP 1901360 organic cyclic compound metabolic process 0.5882800727513581 0.41606755499255516 22 6 A0A109ND38 MF 0140097 catalytic activity, acting on DNA 0.6594512788289421 0.4226119912884255 23 3 A0A109ND38 BP 0034641 cellular nitrogen compound metabolic process 0.4782982057059536 0.4051190231122911 23 6 A0A109ND38 BP 0043170 macromolecule metabolic process 0.440399438141269 0.40105849194705107 24 6 A0A109ND38 MF 0003824 catalytic activity 0.4173855264327079 0.39850701332630645 24 13 A0A109ND38 BP 0006807 nitrogen compound metabolic process 0.31558824973116134 0.3862693551072464 25 6 A0A109ND38 MF 0016787 hydrolase activity 0.18704379248938957 0.36749690883160974 25 2 A0A109ND38 BP 0044238 primary metabolic process 0.28271271860738123 0.38190390893541704 26 6 A0A109ND38 BP 0044237 cellular metabolic process 0.25639460188945334 0.37822263357238656 27 6 A0A109ND38 BP 0071704 organic substance metabolic process 0.24230744842298035 0.37617431445910926 28 6 A0A109ND38 BP 0008152 metabolic process 0.17611720977579434 0.36563509808305444 29 6 A0A109ND38 BP 0009987 cellular process 0.10060381950316823 0.3507546886943998 30 6 A0A109ND39 CC 0016021 integral component of membrane 0.9091313533020928 0.4431458474889087 1 1 A0A109ND39 CC 0031224 intrinsic component of membrane 0.9059624173134163 0.4429043482771633 2 1 A0A109ND39 CC 0016020 membrane 0.7447756046131017 0.43000815561280203 3 1 A0A109ND39 CC 0110165 cellular anatomical entity 0.029059552685325098 0.32945204459528177 4 1 A0A109ND42 CC 0009536 plastid 5.700954247900312 0.6513892649717499 1 42 A0A109ND42 CC 0009507 chloroplast 3.327015733812236 0.5695463815055677 2 24 A0A109ND42 CC 0043231 intracellular membrane-bounded organelle 2.733671114455951 0.5447710258505166 3 42 A0A109ND42 CC 0043227 membrane-bounded organelle 2.7102664961284804 0.5437411197859828 4 42 A0A109ND42 CC 0005737 cytoplasm 1.9902544432868619 0.5095429008728265 5 42 A0A109ND42 CC 0043229 intracellular organelle 1.8466993025529348 0.5020170931868185 6 42 A0A109ND42 CC 0043226 organelle 1.8125771329257065 0.5001856419191906 7 42 A0A109ND42 CC 0005622 intracellular anatomical structure 1.231848215043818 0.4658555310614483 8 42 A0A109ND42 CC 0110165 cellular anatomical entity 0.029121158829632666 0.3294782678258893 9 42 A0A109ND48 MF 0008234 cysteine-type peptidase activity 8.060556635310514 0.7169390543901887 1 4 A0A109ND48 BP 0006508 proteolysis 4.388584395652362 0.6088787309410613 1 4 A0A109ND48 MF 0008233 peptidase activity 4.621419369458141 0.6168435077381249 2 4 A0A109ND48 BP 0019538 protein metabolic process 2.3635805346783227 0.5279296193515647 2 4 A0A109ND48 MF 0140096 catalytic activity, acting on a protein 3.499486330715013 0.5763243919273779 3 4 A0A109ND48 BP 1901564 organonitrogen compound metabolic process 1.6198001106862616 0.4894980263033209 3 4 A0A109ND48 MF 0016787 hydrolase activity 2.440104146043122 0.5315144909726734 4 4 A0A109ND48 BP 0043170 macromolecule metabolic process 1.5231253165448837 0.48389852670635564 4 4 A0A109ND48 BP 0006807 nitrogen compound metabolic process 1.091464727562688 0.45639507081574293 5 4 A0A109ND48 MF 0003824 catalytic activity 0.726184964446631 0.428434339020447 5 4 A0A109ND48 BP 0044238 primary metabolic process 0.9777644150445178 0.4482766216100664 6 4 A0A109ND48 BP 0071704 organic substance metabolic process 0.8380224339933161 0.4376212567529304 7 4 A0A109ND48 BP 0008152 metabolic process 0.6091029135298559 0.4180214061422929 8 4 A0A109ND50 BP 0019676 ammonia assimilation cycle 18.032463028528507 0.8679751975132765 1 3 A0A109ND50 MF 0016040 glutamate synthase (NADH) activity 15.19633753683208 0.8519885660764642 1 3 A0A109ND50 BP 0019740 nitrogen utilization 13.650039323266563 0.8411553336989035 2 3 A0A109ND50 MF 0045181 glutamate synthase activity, NAD(P)H as acceptor 12.12445274684534 0.8102890843756916 2 3 A0A109ND50 MF 0015930 glutamate synthase activity 10.829976605643804 0.7825376606922612 3 3 A0A109ND50 BP 0006537 glutamate biosynthetic process 10.395023136318786 0.7728438759440674 3 3 A0A109ND50 MF 0016639 oxidoreductase activity, acting on the CH-NH2 group of donors, NAD or NADP as acceptor 9.991434410406441 0.7636660241586248 4 3 A0A109ND50 BP 0031667 response to nutrient levels 9.30917262220966 0.7477188018142696 4 3 A0A109ND50 BP 0006536 glutamate metabolic process 8.753652179161097 0.7342970193557452 5 3 A0A109ND50 MF 0016638 oxidoreductase activity, acting on the CH-NH2 group of donors 8.44629914043957 0.7266877517533573 5 3 A0A109ND50 BP 0009991 response to extracellular stimulus 7.460633737797955 0.7013016131073395 6 3 A0A109ND50 MF 0016491 oxidoreductase activity 2.9064372810169834 0.5522409732815404 6 3 A0A109ND50 BP 0006541 glutamine metabolic process 7.398632504316329 0.6996502057649816 7 3 A0A109ND50 MF 0003824 catalytic activity 0.7261446326509273 0.4284309029142066 7 3 A0A109ND50 BP 0009084 glutamine family amino acid biosynthetic process 7.2578853953548865 0.6958755208415819 8 3 A0A109ND50 BP 0043650 dicarboxylic acid biosynthetic process 7.15564602757779 0.6931105706919723 9 3 A0A109ND50 BP 0043648 dicarboxylic acid metabolic process 6.356825495574017 0.6707890686652729 10 3 A0A109ND50 BP 0009064 glutamine family amino acid metabolic process 6.24812378127245 0.6676455105184775 11 3 A0A109ND50 BP 0009605 response to external stimulus 5.547741606676391 0.646698915500068 12 3 A0A109ND50 BP 1901607 alpha-amino acid biosynthetic process 5.256460566763421 0.6375996371092884 13 3 A0A109ND50 BP 0008652 cellular amino acid biosynthetic process 4.936101432908052 0.6272957593553545 14 3 A0A109ND50 BP 1901605 alpha-amino acid metabolic process 4.669840309496532 0.6184744891458319 15 3 A0A109ND50 BP 0046394 carboxylic acid biosynthetic process 4.433402479069776 0.6104279866193596 16 3 A0A109ND50 BP 0016053 organic acid biosynthetic process 4.405603083914616 0.6094679544215487 17 3 A0A109ND50 BP 0006520 cellular amino acid metabolic process 4.037868973917637 0.5964714055418462 18 3 A0A109ND50 BP 0044283 small molecule biosynthetic process 3.894769338870657 0.5912546680167392 19 3 A0A109ND50 BP 0019752 carboxylic acid metabolic process 3.412208293268148 0.5729158159678585 20 3 A0A109ND50 BP 0043436 oxoacid metabolic process 3.387335669138639 0.5719364746921286 21 3 A0A109ND50 BP 0006082 organic acid metabolic process 3.3581013900743355 0.5707807883538246 22 3 A0A109ND50 BP 0050896 response to stimulus 3.0357139139174834 0.5576863195425374 23 3 A0A109ND50 BP 0044281 small molecule metabolic process 2.595564656985429 0.5386281801874457 24 3 A0A109ND50 BP 1901566 organonitrogen compound biosynthetic process 2.3490000107766873 0.5272400215404082 25 3 A0A109ND50 BP 0044249 cellular biosynthetic process 1.8923556611272652 0.5044413580052278 26 3 A0A109ND50 BP 1901576 organic substance biosynthetic process 1.8571090042166694 0.502572442296193 27 3 A0A109ND50 BP 0009058 biosynthetic process 1.7996323070352307 0.49948634427114247 28 3 A0A109ND50 BP 1901564 organonitrogen compound metabolic process 1.6197101481418084 0.4894928944566854 29 3 A0A109ND50 BP 0006807 nitrogen compound metabolic process 1.0914041083891095 0.4563908582391567 30 3 A0A109ND50 BP 0044238 primary metabolic process 0.9777101107053142 0.4482726344830538 31 3 A0A109ND50 BP 0044237 cellular metabolic process 0.8866937286458446 0.4414267323854026 32 3 A0A109ND50 BP 0071704 organic substance metabolic process 0.8379758908242092 0.43761756552571385 33 3 A0A109ND50 BP 0008152 metabolic process 0.609069084387869 0.4180182592035053 34 3 A0A109ND50 BP 0009987 cellular process 0.34791986716529694 0.39034583163377334 35 3 A0A109ND55 MF 0016491 oxidoreductase activity 2.9083804431045333 0.552323708915747 1 17 A0A109ND55 CC 0016020 membrane 0.6697761342165169 0.4235314648093349 1 15 A0A109ND55 MF 0003824 catalytic activity 0.7266301124957741 0.4284722575012386 2 17 A0A109ND55 CC 0016021 integral component of membrane 0.41278344497714525 0.39798842308556276 2 8 A0A109ND55 MF 0016174 NAD(P)H oxidase H2O2-forming activity 0.7115199935991074 0.4271785878668175 3 1 A0A109ND55 CC 0031224 intrinsic component of membrane 0.41134461624291807 0.3978256946177267 3 8 A0A109ND55 MF 0050664 oxidoreductase activity, acting on NAD(P)H, oxygen as acceptor 0.645020963791152 0.4213147622749685 4 1 A0A109ND55 CC 0005886 plasma membrane 0.1263157852871535 0.35630543337518317 4 1 A0A109ND55 MF 0000293 ferric-chelate reductase activity 0.6425311714272468 0.42108947713795913 5 1 A0A109ND55 CC 0071944 cell periphery 0.12075178149960378 0.3551560664284029 5 1 A0A109ND55 MF 0016722 oxidoreductase activity, acting on metal ions 0.5318085510247696 0.41058739752018303 6 1 A0A109ND55 CC 0110165 cellular anatomical entity 0.026133233606314418 0.3281727077571224 6 15 A0A109ND55 MF 0016651 oxidoreductase activity, acting on NAD(P)H 0.3250770797219112 0.38748655129222526 7 1 A0A109ND56 MF 0003677 DNA binding 3.2424421735162734 0.5661584824440211 1 19 A0A109ND56 MF 0003676 nucleic acid binding 2.2404738339176538 0.5220384445040482 2 19 A0A109ND56 MF 1901363 heterocyclic compound binding 1.3087634015934215 0.47081053893817265 3 19 A0A109ND56 MF 0097159 organic cyclic compound binding 1.308349587463594 0.47078427585559823 4 19 A0A109ND56 MF 0005488 binding 0.8869082716954318 0.4414432724798031 5 19 A0A109ND58 BP 0043170 macromolecule metabolic process 1.524220685923867 0.48396295124804883 1 43 A0A109ND58 BP 0044238 primary metabolic process 0.9784675831873263 0.44832823954585577 2 43 A0A109ND58 BP 0071704 organic substance metabolic process 0.8386251054236482 0.4376690439262124 3 43 A0A109ND58 BP 0008152 metabolic process 0.6095409554118223 0.4180621468771021 4 43 A0A109ND60 MF 0000977 RNA polymerase II transcription regulatory region sequence-specific DNA binding 7.547382140858785 0.7036006888575292 1 43 A0A109ND60 BP 0045944 positive regulation of transcription by RNA polymerase II 5.578452041578727 0.6476442046903343 1 40 A0A109ND60 CC 0005634 nucleus 3.8395280251071644 0.5892152420072699 1 56 A0A109ND60 MF 0000976 transcription cis-regulatory region binding 7.144533398286541 0.6928088551133703 2 43 A0A109ND60 BP 0006357 regulation of transcription by RNA polymerase II 5.1518597337143 0.6342707281302269 2 43 A0A109ND60 CC 0043231 intracellular membrane-bounded organelle 2.665106904999529 0.541741252701679 2 56 A0A109ND60 MF 0001067 transcription regulatory region nucleic acid binding 7.14384267694967 0.6927900938079159 3 43 A0A109ND60 BP 0045893 positive regulation of DNA-templated transcription 4.85907743380156 0.6247689361683444 3 40 A0A109ND60 CC 0043227 membrane-bounded organelle 2.642289306502193 0.5407243443811633 3 56 A0A109ND60 MF 0046983 protein dimerization activity 6.873886715105884 0.6853867853893092 4 58 A0A109ND60 BP 1903508 positive regulation of nucleic acid-templated transcription 4.859070140192845 0.6247686959521211 4 40 A0A109ND60 CC 0043229 intracellular organelle 1.8003815589466532 0.49952688834587144 4 56 A0A109ND60 MF 1990837 sequence-specific double-stranded DNA binding 6.795227962980375 0.6832023949100372 5 43 A0A109ND60 BP 1902680 positive regulation of RNA biosynthetic process 4.858450398405433 0.6247482839941463 5 40 A0A109ND60 CC 0043226 organelle 1.7671152199908822 0.4977185505791518 5 56 A0A109ND60 MF 0003690 double-stranded DNA binding 6.0993733140068915 0.6632991237498216 6 43 A0A109ND60 BP 0051254 positive regulation of RNA metabolic process 4.776243651505152 0.6220290657258316 6 40 A0A109ND60 CC 0005622 intracellular anatomical structure 1.2009517774335483 0.46382169670319195 6 56 A0A109ND60 MF 0005515 protein binding 5.03229748255387 0.6304240075840013 7 58 A0A109ND60 BP 0010557 positive regulation of macromolecule biosynthetic process 4.731225105561414 0.6205300304745505 7 40 A0A109ND60 CC 0016021 integral component of membrane 0.06480728418653811 0.3416639630558758 7 4 A0A109ND60 MF 0043565 sequence-specific DNA binding 4.76190382891243 0.6215523455824714 8 43 A0A109ND60 BP 0031328 positive regulation of cellular biosynthetic process 4.716293528054633 0.6200312624902848 8 40 A0A109ND60 CC 0031224 intrinsic component of membrane 0.06458138708768525 0.34159948464714857 8 4 A0A109ND60 BP 0045935 positive regulation of nucleobase-containing compound metabolic process 4.714579302015631 0.6199739507278831 9 40 A0A109ND60 MF 0003677 DNA binding 3.2425043977120147 0.566160991195892 9 58 A0A109ND60 CC 0016020 membrane 0.05309121073434538 0.3381563016420021 9 4 A0A109ND60 BP 0009891 positive regulation of biosynthetic process 4.71358833887893 0.619940815079707 10 40 A0A109ND60 MF 0000978 RNA polymerase II cis-regulatory region sequence-specific DNA binding 3.008137460188018 0.5565346330404982 10 10 A0A109ND60 CC 0110165 cellular anatomical entity 0.028390760347148773 0.3291655581589579 10 56 A0A109ND60 BP 0031325 positive regulation of cellular metabolic process 4.474915811998379 0.6118560337369173 11 40 A0A109ND60 MF 0000987 cis-regulatory region sequence-specific DNA binding 2.9437017928100095 0.5538228264248083 11 10 A0A109ND60 BP 0051173 positive regulation of nitrogen compound metabolic process 4.41957131415748 0.6099507146580245 12 40 A0A109ND60 MF 0000981 DNA-binding transcription factor activity, RNA polymerase II-specific 2.2429421783164005 0.522158133127119 12 10 A0A109ND60 BP 0010604 positive regulation of macromolecule metabolic process 4.380445981374507 0.608596557800772 13 40 A0A109ND60 MF 0003676 nucleic acid binding 2.2405168298062264 0.5220405299144131 13 58 A0A109ND60 BP 0009893 positive regulation of metabolic process 4.327123759307611 0.6067412609271003 14 40 A0A109ND60 MF 0003700 DNA-binding transcription factor activity 1.3404493010630008 0.4728093282131699 14 10 A0A109ND60 BP 0048522 positive regulation of cellular process 4.09403476253661 0.5984936327763927 15 40 A0A109ND60 MF 0140110 transcription regulator activity 1.317483235059124 0.4713629885249899 15 10 A0A109ND60 BP 0048518 positive regulation of biological process 3.959373860692384 0.5936215074720674 16 40 A0A109ND60 MF 1901363 heterocyclic compound binding 1.308788517461561 0.47081213280547207 16 58 A0A109ND60 BP 0006355 regulation of DNA-templated transcription 2.6661583120182812 0.5417880054718373 17 43 A0A109ND60 MF 0097159 organic cyclic compound binding 1.3083746953904194 0.4707858694708976 17 58 A0A109ND60 BP 1903506 regulation of nucleic acid-templated transcription 2.666143543657873 0.5417873488330422 18 43 A0A109ND60 MF 0005488 binding 0.8869252919384922 0.44144458456169633 18 58 A0A109ND60 BP 2001141 regulation of RNA biosynthetic process 2.6647497702482963 0.5417253699419867 19 43 A0A109ND60 BP 0051252 regulation of RNA metabolic process 2.6453557301098596 0.5408612598885248 20 43 A0A109ND60 BP 0019219 regulation of nucleobase-containing compound metabolic process 2.622964978200665 0.5398596809701948 21 43 A0A109ND60 BP 0010556 regulation of macromolecule biosynthetic process 2.6025450400894 0.5389425264165464 22 43 A0A109ND60 BP 0031326 regulation of cellular biosynthetic process 2.5989503879698006 0.5387807018692118 23 43 A0A109ND60 BP 0009889 regulation of biosynthetic process 2.5973317427999447 0.5387077969357452 24 43 A0A109ND60 BP 0031323 regulation of cellular metabolic process 2.53196310200029 0.5357443233624151 25 43 A0A109ND60 BP 0051171 regulation of nitrogen compound metabolic process 2.5197004454485987 0.5351841540744409 26 43 A0A109ND60 BP 0080090 regulation of primary metabolic process 2.515146611915373 0.5349757838437995 27 43 A0A109ND60 BP 0010468 regulation of gene expression 2.496700463438116 0.5341298056894186 28 43 A0A109ND60 BP 0060255 regulation of macromolecule metabolic process 2.426611698924165 0.5308865414052881 29 43 A0A109ND60 BP 0019222 regulation of metabolic process 2.399741528394309 0.529630759641269 30 43 A0A109ND60 BP 0050794 regulation of cellular process 1.9960872894386397 0.5098428481978508 31 43 A0A109ND60 BP 0050789 regulation of biological process 1.8630782989733516 0.5028901972863117 32 43 A0A109ND60 BP 0065007 biological regulation 1.7891968401433955 0.4989207727011115 33 43 A0A109ND62 BP 0043170 macromolecule metabolic process 1.3170920572776883 0.4713382444916766 1 36 A0A109ND62 CC 0016021 integral component of membrane 0.9110640491650712 0.44329292835895046 1 40 A0A109ND62 MF 0061630 ubiquitin protein ligase activity 0.6716721745970426 0.42369954337692406 1 2 A0A109ND62 CC 0031224 intrinsic component of membrane 0.9078883764276805 0.44305117258541704 2 40 A0A109ND62 BP 0044238 primary metabolic process 0.8455021599044835 0.4382131299062104 2 36 A0A109ND62 MF 0061659 ubiquitin-like protein ligase activity 0.6700283861729301 0.42355383993300066 2 2 A0A109ND62 CC 0016020 membrane 0.7463589013772652 0.4301412793784125 3 40 A0A109ND62 BP 0071704 organic substance metabolic process 0.7246630855935791 0.4283046148818597 3 36 A0A109ND62 MF 0004842 ubiquitin-protein transferase activity 0.6082984952694277 0.41794655185790497 3 2 A0A109ND62 MF 0019787 ubiquitin-like protein transferase activity 0.6007690752577504 0.41724349578906 4 2 A0A109ND62 BP 0006511 ubiquitin-dependent protein catabolic process 0.5822434312545662 0.4154946819611721 4 2 A0A109ND62 CC 0110165 cellular anatomical entity 0.02912132954193766 0.3294783404526182 4 40 A0A109ND62 BP 0019941 modification-dependent protein catabolic process 0.5746938118541064 0.4147740324648489 5 2 A0A109ND62 MF 0140096 catalytic activity, acting on a protein 0.25462546469748604 0.3779685393414915 5 2 A0A109ND62 BP 0043632 modification-dependent macromolecule catabolic process 0.573707770130362 0.4146795611282807 6 2 A0A109ND62 MF 0016740 transferase activity 0.1673152829628027 0.36409288512369214 6 2 A0A109ND62 BP 0051603 proteolysis involved in protein catabolic process 0.5520018460221414 0.41257899239313767 7 2 A0A109ND62 MF 0003824 catalytic activity 0.05283780719634103 0.3380763629329612 7 2 A0A109ND62 BP 0016567 protein ubiquitination 0.5440809361521017 0.41180219484273983 8 2 A0A109ND62 BP 0032446 protein modification by small protein conjugation 0.5348197458589957 0.41088675103201455 9 2 A0A109ND62 BP 0008152 metabolic process 0.5267095233468474 0.4100785459621764 10 36 A0A109ND62 BP 0030163 protein catabolic process 0.5235474005837533 0.40976174750309124 11 2 A0A109ND62 BP 0070647 protein modification by small protein conjugation or removal 0.5068790017475725 0.4080757721567493 12 2 A0A109ND62 BP 0044265 cellular macromolecule catabolic process 0.47818170698794055 0.40510679287625434 13 2 A0A109ND62 BP 0009057 macromolecule catabolic process 0.42406192611569454 0.39925429419531533 14 2 A0A109ND62 BP 1901565 organonitrogen compound catabolic process 0.4004708132271591 0.3965865723275209 15 2 A0A109ND62 BP 0044248 cellular catabolic process 0.34789281320265736 0.39034250169433493 16 2 A0A109ND62 BP 0006508 proteolysis 0.31931696126351283 0.38674981576455303 17 2 A0A109ND62 BP 1901575 organic substance catabolic process 0.3104530949956699 0.3856029975953766 18 2 A0A109ND62 BP 0036211 protein modification process 0.3058025687264451 0.38499475567284824 19 2 A0A109ND62 BP 0009056 catabolic process 0.30375070323019465 0.38472492253186086 20 2 A0A109ND62 BP 0043412 macromolecule modification 0.2669420099741004 0.3797196579168711 21 2 A0A109ND62 BP 0019538 protein metabolic process 0.17197603737158626 0.36491443078653696 22 2 A0A109ND62 BP 0044260 cellular macromolecule metabolic process 0.17026124555457048 0.36461347636781594 23 2 A0A109ND62 BP 1901564 organonitrogen compound metabolic process 0.11785797026281242 0.35454781139999714 24 2 A0A109ND62 BP 0006807 nitrogen compound metabolic process 0.07941585912689678 0.34561855000616143 25 2 A0A109ND62 BP 0044237 cellular metabolic process 0.06452013850926044 0.3415819828777722 26 2 A0A109ND62 BP 0009987 cellular process 0.02531633786776716 0.32780292976917974 27 2 A0A109ND65 CC 0005783 endoplasmic reticulum 6.565622440417492 0.676752792673593 1 8 A0A109ND65 MF 0005525 GTP binding 5.969657702919733 0.6594654607440877 1 8 A0A109ND65 BP 0016320 endoplasmic reticulum membrane fusion 2.199293003769304 0.5200317960037216 1 1 A0A109ND65 MF 0032561 guanyl ribonucleotide binding 5.909244868239441 0.6576657857737587 2 8 A0A109ND65 CC 0012505 endomembrane system 5.420991592028497 0.6427694937056588 2 8 A0A109ND65 BP 0090158 endoplasmic reticulum membrane organization 1.9325615399815481 0.5065521048933912 2 1 A0A109ND65 MF 0019001 guanyl nucleotide binding 5.899028626836109 0.6573605400391866 3 8 A0A109ND65 CC 0043231 intracellular membrane-bounded organelle 2.7332762817664715 0.5447536881189994 3 8 A0A109ND65 BP 0090174 organelle membrane fusion 1.5403863329750354 0.48491106146284696 3 1 A0A109ND65 MF 0035639 purine ribonucleoside triphosphate binding 2.8332120773780307 0.5491027895827789 4 8 A0A109ND65 CC 0043227 membrane-bounded organelle 2.7098750438414023 0.5437238564334324 4 8 A0A109ND65 BP 0048284 organelle fusion 1.4504353160598786 0.47957019696307046 4 1 A0A109ND65 MF 0032555 purine ribonucleotide binding 2.814579546783652 0.5482978102693488 5 8 A0A109ND65 CC 0005737 cytoplasm 1.9899669845979082 0.509528107287445 5 8 A0A109ND65 BP 0007029 endoplasmic reticulum organization 1.3992893880209194 0.4764593494958006 5 1 A0A109ND65 MF 0017076 purine nucleotide binding 2.809237768746026 0.54806653888319 6 8 A0A109ND65 CC 0043229 intracellular organelle 1.8464325779830217 0.5020028431090621 6 8 A0A109ND65 BP 0010256 endomembrane system organization 1.173733514579681 0.4620082027016519 6 1 A0A109ND65 MF 0032553 ribonucleotide binding 2.7690141066762686 0.5463179529166242 7 8 A0A109ND65 CC 0043226 organelle 1.81231533672773 0.5001715241073343 7 8 A0A109ND65 BP 0061025 membrane fusion 1.0184300303607514 0.4512319114298894 7 1 A0A109ND65 MF 0097367 carbohydrate derivative binding 2.718813339563519 0.544117731988571 8 8 A0A109ND65 CC 0005622 intracellular anatomical structure 1.2316702953441128 0.4658438925418886 8 8 A0A109ND65 BP 0061024 membrane organization 0.8982090535895896 0.44231169065595943 8 1 A0A109ND65 MF 0043168 anion binding 2.479071499687856 0.5333183798183756 9 8 A0A109ND65 CC 0009536 plastid 0.712392071816399 0.42725362314427107 9 1 A0A109ND65 BP 0006996 organelle organization 0.6285780757153413 0.4198187939192796 9 1 A0A109ND65 MF 0000166 nucleotide binding 2.461599562659034 0.5325113299279097 10 8 A0A109ND65 BP 0016043 cellular component organization 0.47349019023783595 0.40461302527894905 10 1 A0A109ND65 CC 0110165 cellular anatomical entity 0.029116952769364234 0.3294764783598198 10 8 A0A109ND65 MF 1901265 nucleoside phosphate binding 2.4615995036407816 0.5325113271969565 11 8 A0A109ND65 BP 0071840 cellular component organization or biogenesis 0.43696158095979465 0.40068165704882674 11 1 A0A109ND65 MF 0016314 phosphatidylinositol-3,4,5-trisphosphate 3-phosphatase activity 2.3262916616404317 0.5261617351915037 12 1 A0A109ND65 BP 0009987 cellular process 0.04213946299081617 0.3345065090846597 12 1 A0A109ND65 MF 0036094 small molecule binding 2.302182608926409 0.5250111618400208 13 8 A0A109ND65 MF 0034594 phosphatidylinositol trisphosphate phosphatase activity 2.255843964806729 0.5227826644733113 14 1 A0A109ND65 MF 0052866 phosphatidylinositol phosphate phosphatase activity 1.712680778385234 0.49472241277788004 15 1 A0A109ND65 MF 0043167 ion binding 1.6342676957394608 0.4903214728957372 16 8 A0A109ND65 MF 1901363 heterocyclic compound binding 1.3085298486027006 0.4707957167999364 17 8 A0A109ND65 MF 0097159 organic cyclic compound binding 1.3081161083193205 0.47076945606083187 18 8 A0A109ND65 MF 0016791 phosphatase activity 0.9714134205799633 0.4478095664259528 19 1 A0A109ND65 MF 0042578 phosphoric ester hydrolase activity 0.9110329034479979 0.4432905593635811 20 1 A0A109ND65 MF 0005488 binding 0.8867500000940887 0.4414310707995212 21 8 A0A109ND65 MF 0003924 GTPase activity 0.8048603792319281 0.43496474415497816 22 1 A0A109ND65 MF 0016787 hydrolase activity 0.6539303540179925 0.42211737439993924 23 2 A0A109ND65 MF 0017111 ribonucleoside triphosphate phosphatase activity 0.6395237688080525 0.4208167739765919 24 1 A0A109ND65 MF 0016788 hydrolase activity, acting on ester bonds 0.6340965639814833 0.4203230220253915 25 1 A0A109ND65 MF 0016462 pyrophosphatase activity 0.612802363398329 0.4183650198593284 26 1 A0A109ND65 MF 0016818 hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides 0.6085563138683758 0.41797054827950436 27 1 A0A109ND65 MF 0016817 hydrolase activity, acting on acid anhydrides 0.6072533384932322 0.41784922193981877 28 1 A0A109ND65 MF 0003824 catalytic activity 0.19461234540057892 0.36875481919866937 29 2 A0A109ND66 MF 0004499 N,N-dimethylaniline monooxygenase activity 11.150084028396083 0.7895480871098037 1 92 A0A109ND66 MF 0016709 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen 9.759261367519095 0.7583021359979027 2 92 A0A109ND66 MF 0050661 NADP binding 7.334592801925568 0.6979372228397369 3 92 A0A109ND66 MF 0016705 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen 6.811695458967 0.683660747082359 4 92 A0A109ND66 MF 0004497 monooxygenase activity 6.618682533361485 0.6782531402600727 5 92 A0A109ND66 MF 0050660 flavin adenine dinucleotide binding 6.095227338741421 0.663177226322369 6 92 A0A109ND66 MF 0016491 oxidoreductase activity 2.9087680570689103 0.5523402093721981 7 92 A0A109ND66 MF 0043168 anion binding 2.479733162048772 0.533348886821696 8 92 A0A109ND66 MF 0000166 nucleotide binding 2.462256561772801 0.5325417292379042 9 92 A0A109ND66 MF 1901265 nucleoside phosphate binding 2.4622565027387964 0.5325417265065865 10 92 A0A109ND66 MF 0036094 small molecule binding 2.3027970597724114 0.5250405603221162 11 92 A0A109ND66 MF 0043167 ion binding 1.6347038805861138 0.4903462423604428 12 92 A0A109ND66 MF 1901363 heterocyclic compound binding 1.3088790942574002 0.4708178807335097 13 92 A0A109ND66 MF 0097159 organic cyclic compound binding 1.3084652435470427 0.470791616490153 14 92 A0A109ND66 MF 0005488 binding 0.8869866730172692 0.4414493162933183 15 92 A0A109ND66 MF 0003824 catalytic activity 0.7267269540142927 0.42848050509091284 16 92 A0A109ND68 BP 0006865 amino acid transport 6.920738044342113 0.6866819328428853 1 92 A0A109ND68 CC 0005886 plasma membrane 2.400119563940176 0.529648475814648 1 84 A0A109ND68 MF 0015171 amino acid transmembrane transporter activity 1.856488449700016 0.5025393799135133 1 20 A0A109ND68 BP 0015849 organic acid transport 6.673732184283028 0.6798034025312574 2 92 A0A109ND68 CC 0071944 cell periphery 2.2943982218768935 0.5246383765688913 2 84 A0A109ND68 MF 0046943 carboxylic acid transmembrane transporter activity 1.778979897923755 0.4983654443805669 2 20 A0A109ND68 BP 0071705 nitrogen compound transport 4.550605196316119 0.6144427826086358 3 92 A0A109ND68 MF 0005342 organic acid transmembrane transporter activity 1.7780889393369521 0.49831694200559656 3 20 A0A109ND68 CC 0016021 integral component of membrane 0.9111759054352213 0.4433014360002341 3 92 A0A109ND68 BP 0071702 organic substance transport 4.1879126864611305 0.6018429465512642 4 92 A0A109ND68 CC 0031224 intrinsic component of membrane 0.9079998428032806 0.4430596653863231 4 92 A0A109ND68 MF 0022857 transmembrane transporter activity 0.7233704664154242 0.4281943256925396 4 20 A0A109ND68 BP 0006810 transport 2.410929167807702 0.5301544656511742 5 92 A0A109ND68 CC 0016020 membrane 0.7464505359039246 0.4301489796948699 5 92 A0A109ND68 MF 0005215 transporter activity 0.7211638849644392 0.4280058272477853 5 20 A0A109ND68 BP 0051234 establishment of localization 2.404304441274088 0.529844501837285 6 92 A0A109ND68 CC 0009536 plastid 0.05868087216062403 0.3398734441730878 6 1 A0A109ND68 BP 0051179 localization 2.395486960299529 0.5294312782046001 7 92 A0A109ND68 CC 0110165 cellular anatomical entity 0.02912490492536692 0.32947986149149566 7 92 A0A109ND68 BP 0003333 amino acid transmembrane transport 1.9303500904732502 0.5064365811434584 8 20 A0A109ND68 CC 0043231 intracellular membrane-bounded organelle 0.028138132358396246 0.32905646464570265 8 1 A0A109ND68 BP 1905039 carboxylic acid transmembrane transport 1.859432325380921 0.5026961769663723 9 20 A0A109ND68 CC 0043227 membrane-bounded organelle 0.02789722472147768 0.32895197527402464 9 1 A0A109ND68 BP 1903825 organic acid transmembrane transport 1.859328130024779 0.5026906294207825 10 20 A0A109ND68 CC 0005737 cytoplasm 0.020486020668670432 0.32548238660978107 10 1 A0A109ND68 BP 0055085 transmembrane transport 0.6168188986454012 0.4187369129400518 11 20 A0A109ND68 CC 0043229 intracellular organelle 0.01900838368105375 0.3247188539502891 11 1 A0A109ND68 BP 0009987 cellular process 0.07686727730797678 0.3449566253202522 12 20 A0A109ND68 CC 0043226 organelle 0.018657158502483687 0.32453304361398433 12 1 A0A109ND68 CC 0005622 intracellular anatomical structure 0.012679618969912347 0.3210500738202438 13 1 A0A109ND69 BP 0000463 maturation of LSU-rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA) 12.337184629666197 0.8147052519677005 1 89 A0A109ND69 CC 0022625 cytosolic large ribosomal subunit 10.84381065506238 0.7828427546173908 1 89 A0A109ND69 MF 0003735 structural constituent of ribosome 3.788960331351223 0.5873354581864969 1 89 A0A109ND69 BP 0000470 maturation of LSU-rRNA 11.982848936579021 0.8073279771797954 2 89 A0A109ND69 CC 0022626 cytosolic ribosome 10.420684026580163 0.7734213438278128 2 89 A0A109ND69 MF 0005198 structural molecule activity 3.592986489969188 0.5799291370612494 2 89 A0A109ND69 BP 0042273 ribosomal large subunit biogenesis 9.568125161522564 0.7538382476536447 3 89 A0A109ND69 CC 0015934 large ribosomal subunit 7.669957206126208 0.7068268637818755 3 89 A0A109ND69 MF 0003723 RNA binding 0.6462749316425027 0.4214280610428193 3 16 A0A109ND69 CC 0044391 ribosomal subunit 6.751622671679911 0.6819860067004002 4 89 A0A109ND69 BP 0006364 rRNA processing 6.590348988789759 0.6774527214449467 4 89 A0A109ND69 MF 0003676 nucleic acid binding 0.4017832293809474 0.39673701373017106 4 16 A0A109ND69 CC 0005829 cytosol 6.728480696079386 0.6813388557420352 5 89 A0A109ND69 BP 0016072 rRNA metabolic process 6.582036655958552 0.677217572872798 5 89 A0A109ND69 MF 1901363 heterocyclic compound binding 0.23469998980899737 0.3750433669448846 5 16 A0A109ND69 BP 0042254 ribosome biogenesis 6.121321317143932 0.6639437364550678 6 89 A0A109ND69 CC 1990904 ribonucleoprotein complex 4.485409401319494 0.6122159602758773 6 89 A0A109ND69 MF 0097159 organic cyclic compound binding 0.23462578069531412 0.37503224523240064 6 16 A0A109ND69 BP 0022613 ribonucleoprotein complex biogenesis 5.868052338439315 0.6564333964431153 7 89 A0A109ND69 CC 0005840 ribosome 3.170749244809875 0.5632517997583779 7 89 A0A109ND69 MF 0005488 binding 0.1590488869684172 0.3626071156759739 7 16 A0A109ND69 BP 0034470 ncRNA processing 5.200579107097882 0.6358253800875265 8 89 A0A109ND69 CC 0032991 protein-containing complex 2.7930064496763065 0.5473624542420676 8 89 A0A109ND69 BP 0034660 ncRNA metabolic process 4.659126344663024 0.6181143377217837 9 89 A0A109ND69 CC 0043232 intracellular non-membrane-bounded organelle 2.781310629180796 0.5468538421075411 9 89 A0A109ND69 BP 0006396 RNA processing 4.637048314285018 0.6173708734308387 10 89 A0A109ND69 CC 0043228 non-membrane-bounded organelle 2.732714341218989 0.5447290102560388 10 89 A0A109ND69 BP 0044085 cellular component biogenesis 4.418883715753881 0.6099269682295254 11 89 A0A109ND69 CC 0005737 cytoplasm 1.9905006297349144 0.5095555696014302 11 89 A0A109ND69 BP 0071840 cellular component organization or biogenesis 3.610623243637111 0.5806038134396314 12 89 A0A109ND69 CC 0043229 intracellular organelle 1.846927731809028 0.5020292964737852 12 89 A0A109ND69 BP 0016070 RNA metabolic process 3.5874784693193353 0.5797180940734596 13 89 A0A109ND69 CC 0043226 organelle 1.8128013414070294 0.5001977319380919 13 89 A0A109ND69 BP 0090304 nucleic acid metabolic process 2.742051279666067 0.5451387173714975 14 89 A0A109ND69 CC 0005622 intracellular anatomical structure 1.2320005897000454 0.46586549789787407 14 89 A0A109ND69 BP 0010467 gene expression 2.6738349655907254 0.5421290831657906 15 89 A0A109ND69 CC 0110165 cellular anatomical entity 0.029124760999535926 0.329479800264402 15 89 A0A109ND69 BP 0006139 nucleobase-containing compound metabolic process 2.282951002216557 0.5240890318538549 16 89 A0A109ND69 BP 0006725 cellular aromatic compound metabolic process 2.0863982846304667 0.514432254292933 17 89 A0A109ND69 BP 0046483 heterocycle metabolic process 2.083657765406329 0.5142944656100734 18 89 A0A109ND69 BP 1901360 organic cyclic compound metabolic process 2.0360928762576322 0.5118883866288232 19 89 A0A109ND69 BP 0034641 cellular nitrogen compound metabolic process 1.6554352501012053 0.4915197195033054 20 89 A0A109ND69 BP 0043170 macromolecule metabolic process 1.52426403721871 0.48396550049366316 21 89 A0A109ND69 BP 0006807 nitrogen compound metabolic process 1.0922807296581996 0.45645176544150323 22 89 A0A109ND69 BP 0044238 primary metabolic process 0.9784954123836392 0.4483302820407339 23 89 A0A109ND69 BP 0044237 cellular metabolic process 0.8874059255083314 0.4414816311634321 24 89 A0A109ND69 BP 0071704 organic substance metabolic process 0.8386489572743306 0.43767093483981 25 89 A0A109ND69 BP 0008152 metabolic process 0.6095582917397707 0.41806375896679354 26 89 A0A109ND69 BP 0009987 cellular process 0.34819931815247196 0.39038022031123226 27 89 A0A109ND70 BP 0006865 amino acid transport 6.883909175256146 0.6856642141964155 1 2 A0A109ND70 CC 0016021 integral component of membrane 0.9063270615806277 0.44293215867657876 1 2 A0A109ND70 BP 0015849 organic acid transport 6.638217762648373 0.6788040104284183 2 2 A0A109ND70 CC 0031224 intrinsic component of membrane 0.9031679004401364 0.4426910322147618 2 2 A0A109ND70 BP 0071705 nitrogen compound transport 4.526389044517965 0.6136175315211716 3 2 A0A109ND70 CC 0016020 membrane 0.7424782819492427 0.4298147446045716 3 2 A0A109ND70 BP 0071702 organic substance transport 4.165626611322189 0.6010512653449791 4 2 A0A109ND70 CC 0110165 cellular anatomical entity 0.02896991606380836 0.3294138402351783 4 2 A0A109ND70 BP 0006810 transport 2.398099351951672 0.5295537848495577 5 2 A0A109ND70 BP 0051234 establishment of localization 2.3915098790549787 0.5292446468756521 6 2 A0A109ND70 BP 0051179 localization 2.382739320511293 0.5288325241992166 7 2 A0A109ND74 MF 0140825 lactoperoxidase activity 10.584877067419768 0.7770996047918475 1 79 A0A109ND74 BP 0042744 hydrogen peroxide catabolic process 10.169240460889066 0.7677318600339966 1 91 A0A109ND74 CC 0005576 extracellular region 5.50958936978675 0.6455209105480308 1 88 A0A109ND74 BP 0042743 hydrogen peroxide metabolic process 10.13236099040431 0.766891488514375 2 91 A0A109ND74 MF 0004601 peroxidase activity 7.9918505616555855 0.715178385625123 2 92 A0A109ND74 CC 0110165 cellular anatomical entity 0.02795780133160804 0.32897829161589315 2 88 A0A109ND74 BP 0072593 reactive oxygen species metabolic process 8.791928056401243 0.7352352144601295 3 91 A0A109ND74 MF 0016684 oxidoreductase activity, acting on peroxide as acceptor 7.991490623797464 0.7151691419353554 3 92 A0A109ND74 CC 0016021 integral component of membrane 0.010359267968720439 0.31947852702251656 3 1 A0A109ND74 BP 0006979 response to oxidative stress 7.832829641945123 0.7110740403302291 4 92 A0A109ND74 MF 0016209 antioxidant activity 7.395589225490726 0.6995689699945921 4 92 A0A109ND74 CC 0031224 intrinsic component of membrane 0.010323158932371415 0.3194527479710576 4 1 A0A109ND74 BP 0098869 cellular oxidant detoxification 7.060984192028662 0.6905328811284854 5 92 A0A109ND74 MF 0020037 heme binding 5.393218266503685 0.6419023671942827 5 92 A0A109ND74 CC 0016020 membrane 0.008486485519094396 0.3180761322383748 5 1 A0A109ND74 BP 1990748 cellular detoxification 7.019152449826327 0.6893882788255792 6 92 A0A109ND74 MF 0046906 tetrapyrrole binding 5.244727384856807 0.6372278894228744 6 92 A0A109ND74 BP 0097237 cellular response to toxic substance 7.018522944798379 0.6893710282645445 7 92 A0A109ND74 MF 0016491 oxidoreductase activity 2.9087795167346897 0.5523406971854549 7 92 A0A109ND74 BP 0098754 detoxification 6.866845283619623 0.6851917525891513 8 92 A0A109ND74 MF 0046872 metal ion binding 2.503263898234288 0.5344311752832632 8 91 A0A109ND74 BP 0009636 response to toxic substance 6.50535576931318 0.6750412965072361 9 92 A0A109ND74 MF 0043169 cation binding 2.4892522212042176 0.5337873286538071 9 91 A0A109ND74 BP 0070887 cellular response to chemical stimulus 6.248051327768093 0.6676434061467267 10 92 A0A109ND74 MF 0043167 ion binding 1.6184311665206363 0.4894199204769243 10 91 A0A109ND74 BP 0042221 response to chemical 5.0512575890424705 0.6310370432544947 11 92 A0A109ND74 MF 1901363 heterocyclic compound binding 1.3088842508448875 0.47081820796027385 11 92 A0A109ND74 BP 0044248 cellular catabolic process 4.737258450978845 0.6207313424524932 12 91 A0A109ND74 MF 0097159 organic cyclic compound binding 1.3084703985040833 0.4707919436651806 12 92 A0A109ND74 BP 0006950 response to stress 4.657625958220601 0.6180638689801414 13 92 A0A109ND74 MF 0005488 binding 0.8869901674763062 0.4414495856685119 13 92 A0A109ND74 BP 0009056 catabolic process 4.136175083989966 0.6000017858780469 14 91 A0A109ND74 MF 0003824 catalytic activity 0.7267298170985408 0.428480748919536 14 92 A0A109ND74 BP 0051716 cellular response to stimulus 3.3995802873118333 0.5724190452332574 15 92 A0A109ND74 BP 0050896 response to stimulus 3.0381603309120475 0.5577882371486909 16 92 A0A109ND74 BP 0044237 cellular metabolic process 0.8785710995221703 0.44079904347228127 17 91 A0A109ND74 BP 0008152 metabolic process 0.6034896581177249 0.4174980345648023 18 91 A0A109ND74 BP 0009987 cellular process 0.3482002483540109 0.39038033475691813 19 92 A0A109ND75 MF 0004523 RNA-DNA hybrid ribonuclease activity 9.148503372392675 0.743879077985609 1 5 A0A109ND75 BP 0090502 RNA phosphodiester bond hydrolysis, endonucleolytic 7.373802346814918 0.6989869130848662 1 5 A0A109ND75 MF 0016891 endoribonuclease activity, producing 5'-phosphomonoesters 8.171220170077369 0.7197592267310149 2 5 A0A109ND75 BP 0090501 RNA phosphodiester bond hydrolysis 6.740130893215136 0.6816647851283864 2 5 A0A109ND75 MF 0016893 endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters 7.812457051182355 0.7105452223549757 3 5 A0A109ND75 BP 0090305 nucleic acid phosphodiester bond hydrolysis 4.955265263096829 0.6279213726727875 3 5 A0A109ND75 MF 0004521 endoribonuclease activity 7.714668416560274 0.7079972387868245 4 5 A0A109ND75 BP 0016070 RNA metabolic process 3.5821335027722823 0.5795131436527157 4 5 A0A109ND75 MF 0004540 ribonuclease activity 7.118555923533229 0.6921026319968516 5 5 A0A109ND75 BP 0090304 nucleic acid metabolic process 2.737965910935506 0.5449595363745001 5 5 A0A109ND75 MF 0004519 endonuclease activity 5.848357396120293 0.65584263898977 6 5 A0A109ND75 BP 0006139 nucleobase-containing compound metabolic process 2.2795496447339225 0.5239255376134612 6 5 A0A109ND75 MF 0004518 nuclease activity 5.270057363711575 0.6380299119512465 7 5 A0A109ND75 BP 0006725 cellular aromatic compound metabolic process 2.08328977007615 0.5142759565267597 7 5 A0A109ND75 MF 0140098 catalytic activity, acting on RNA 4.681719699491981 0.618873333835285 8 5 A0A109ND75 BP 0046483 heterocycle metabolic process 2.080553333938141 0.5141382705275022 8 5 A0A109ND75 MF 0016788 hydrolase activity, acting on ester bonds 4.313860792381123 0.6062780158436668 9 5 A0A109ND75 BP 1901360 organic cyclic compound metabolic process 2.033059311484112 0.5117339846169995 9 5 A0A109ND75 MF 0140640 catalytic activity, acting on a nucleic acid 3.7676805047163175 0.5865406620559821 10 5 A0A109ND75 BP 0034641 cellular nitrogen compound metabolic process 1.6529688252548194 0.4913804967360018 10 5 A0A109ND75 MF 0016787 hydrolase activity 2.4382902023121935 0.5314301697325614 11 5 A0A109ND75 BP 0043170 macromolecule metabolic process 1.5219930437179865 0.48383190732091275 11 5 A0A109ND75 MF 0003676 nucleic acid binding 2.2373363597626965 0.5218862149546589 12 5 A0A109ND75 BP 0006807 nitrogen compound metabolic process 1.0906533459651846 0.4563386761981185 12 5 A0A109ND75 MF 1901363 heterocyclic compound binding 1.306930659213086 0.47069419075803787 13 5 A0A109ND75 BP 0044238 primary metabolic process 0.9770375568758325 0.44822324513163525 13 5 A0A109ND75 MF 0097159 organic cyclic compound binding 1.3065174245727924 0.47066794607081563 14 5 A0A109ND75 BP 0044237 cellular metabolic process 0.8860837837795204 0.4413796980417172 14 5 A0A109ND75 MF 0005488 binding 0.885666279158792 0.441347493903679 15 5 A0A109ND75 BP 0071704 organic substance metabolic process 0.8373994583129606 0.4375718415451163 15 5 A0A109ND75 MF 0003824 catalytic activity 0.7256451273802959 0.4283883391689123 16 5 A0A109ND75 BP 0008152 metabolic process 0.6086501138355153 0.4179792774341306 16 5 A0A109ND75 BP 0009987 cellular process 0.3476805376989729 0.3903163692498634 17 5 A0A109ND76 BP 0046855 inositol phosphate dephosphorylation 9.864842155982345 0.7607491878824717 1 88 A0A109ND76 MF 0008441 3'(2'),5'-bisphosphate nucleotidase activity 2.2055825735194974 0.520339480663478 1 14 A0A109ND76 BP 0071545 inositol phosphate catabolic process 9.864037681080463 0.7607305921664977 2 88 A0A109ND76 MF 0046872 metal ion binding 2.085093887317632 0.5143666826896279 2 73 A0A109ND76 BP 0046838 phosphorylated carbohydrate dephosphorylation 9.839232425542134 0.7601568374687132 3 88 A0A109ND76 MF 0043169 cation binding 2.0734228596856368 0.5137790689850772 3 73 A0A109ND76 BP 0043647 inositol phosphate metabolic process 9.653708670917187 0.7558424675834607 4 88 A0A109ND76 MF 0008252 nucleotidase activity 1.7339218372080685 0.4958971324333375 4 14 A0A109ND76 BP 0046174 polyol catabolic process 8.99988728046273 0.7402972721786569 5 88 A0A109ND76 MF 0043167 ion binding 1.3480723845124085 0.4732866661559285 5 73 A0A109ND76 BP 0046164 alcohol catabolic process 8.763679402960335 0.7345429985468984 6 88 A0A109ND76 MF 0016791 phosphatase activity 1.1260436340248916 0.4587792749784738 6 14 A0A109ND76 BP 1901616 organic hydroxy compound catabolic process 8.565472088572186 0.7296543395027881 7 88 A0A109ND76 MF 0042578 phosphoric ester hydrolase activity 1.0560517073177353 0.4539138746479298 7 14 A0A109ND76 BP 0019751 polyol metabolic process 8.042641166260955 0.7164806763483764 8 88 A0A109ND76 MF 0016788 hydrolase activity, acting on ester bonds 0.7350324631114471 0.429185817750767 8 14 A0A109ND76 BP 0046434 organophosphate catabolic process 7.607108112100169 0.7051759226367202 9 88 A0A109ND76 MF 0005488 binding 0.7314610636982146 0.428883021643025 9 73 A0A109ND76 BP 0016311 dephosphorylation 7.55647838355835 0.7038409976683628 10 88 A0A109ND76 MF 0016787 hydrolase activity 0.4154567195008596 0.3982900135458127 10 14 A0A109ND76 BP 0006066 alcohol metabolic process 6.945437938624397 0.6873629664306904 11 88 A0A109ND76 MF 0004441 inositol-1,4-bisphosphate 1-phosphatase activity 0.16487841600916497 0.3636587842467759 11 1 A0A109ND76 BP 1901615 organic hydroxy compound metabolic process 6.422116289213077 0.6726643115984632 12 88 A0A109ND76 MF 0016312 inositol bisphosphate phosphatase activity 0.1561665246134385 0.3620800059697288 12 1 A0A109ND76 BP 0044262 cellular carbohydrate metabolic process 6.036967299042452 0.6614598955101372 13 88 A0A109ND76 MF 0003824 catalytic activity 0.1236416173338669 0.35575625489511165 13 14 A0A109ND76 BP 0044282 small molecule catabolic process 5.786222325990179 0.6539723246232716 14 88 A0A109ND76 MF 0052745 inositol phosphate phosphatase activity 0.09419317142088773 0.34926319558552144 14 1 A0A109ND76 BP 1901575 organic substance catabolic process 4.269951648205494 0.6047392664255503 15 88 A0A109ND76 BP 0009056 catabolic process 4.177767388401902 0.6014828110931845 16 88 A0A109ND76 BP 0005975 carbohydrate metabolic process 4.065902645795378 0.5974824928464982 17 88 A0A109ND76 BP 0019637 organophosphate metabolic process 3.870518543459404 0.5903611581445689 18 88 A0A109ND76 BP 0006796 phosphate-containing compound metabolic process 3.0558822251847078 0.5585253084088705 19 88 A0A109ND76 BP 0006793 phosphorus metabolic process 3.014965160678731 0.5568202710636257 20 88 A0A109ND76 BP 0044281 small molecule metabolic process 2.597649009668258 0.5387220886514695 21 88 A0A109ND76 BP 0000103 sulfate assimilation 1.7321883939513707 0.49580153635492447 22 14 A0A109ND76 BP 0044238 primary metabolic process 0.978495254965463 0.4483302704872725 23 88 A0A109ND76 BP 0006790 sulfur compound metabolic process 0.9362484484635601 0.445195421594069 24 14 A0A109ND76 BP 0044237 cellular metabolic process 0.8874057827444302 0.4414816201608686 25 88 A0A109ND76 BP 0071704 organic substance metabolic process 0.8386488223543427 0.4376709241437748 26 88 A0A109ND76 BP 0008152 metabolic process 0.6095581936753818 0.4180637498479378 27 88 A0A109ND76 BP 0009987 cellular process 0.3481992621349363 0.39038021341920986 28 88 A0A109ND79 MF 0004057 arginyltransferase activity 12.97356758968731 0.8276935414860123 1 79 A0A109ND79 BP 0016598 protein arginylation 12.618034663291226 0.8204775969616704 1 79 A0A109ND79 CC 0005737 cytoplasm 0.3319349925932748 0.3883552372911805 1 13 A0A109ND79 MF 0016755 aminoacyltransferase activity 10.052868868070043 0.7650748868696853 2 79 A0A109ND79 BP 0006511 ubiquitin-dependent protein catabolic process 8.008212697301005 0.7155983677574116 2 79 A0A109ND79 CC 0005622 intracellular anatomical structure 0.20544786598306986 0.37051387069938757 2 13 A0A109ND79 BP 0019941 modification-dependent protein catabolic process 7.90437475822408 0.7129257331460483 3 79 A0A109ND79 MF 0016746 acyltransferase activity 5.1801973891516235 0.6351758822718827 3 79 A0A109ND79 CC 0110165 cellular anatomical entity 0.004856832086483355 0.3148191296637909 3 13 A0A109ND79 BP 0043632 modification-dependent macromolecule catabolic process 7.890812678467947 0.7125753723046377 4 79 A0A109ND79 MF 0140096 catalytic activity, acting on a protein 3.5021346227177124 0.5764271505318201 4 79 A0A109ND79 BP 0051603 proteolysis involved in protein catabolic process 7.592268035936627 0.7047851043120368 5 79 A0A109ND79 MF 0016740 transferase activity 2.30126490321778 0.524967246782486 5 79 A0A109ND79 BP 0030163 protein catabolic process 7.200903807467159 0.6943369374289128 6 79 A0A109ND79 MF 0003824 catalytic activity 0.7267345164814383 0.42848114913167845 6 79 A0A109ND79 BP 0044265 cellular macromolecule catabolic process 6.5769412104258285 0.6770733537956981 7 79 A0A109ND79 MF 2001070 starch binding 0.16159204484329898 0.3630682408944545 7 1 A0A109ND79 BP 0009057 macromolecule catabolic process 5.83257434754442 0.6553685019676745 8 79 A0A109ND79 MF 0004814 arginine-tRNA ligase activity 0.13926844308767683 0.35888673413627376 8 1 A0A109ND79 BP 1901565 organonitrogen compound catabolic process 5.508100700206987 0.6454748631963513 9 79 A0A109ND79 MF 0030247 polysaccharide binding 0.13324249059067414 0.3577014788361873 9 1 A0A109ND79 BP 0044248 cellular catabolic process 4.784939587873519 0.6223178092121424 10 79 A0A109ND79 MF 0030246 carbohydrate binding 0.09466476792125225 0.3493746134697826 10 1 A0A109ND79 BP 0006508 proteolysis 4.391905526772712 0.6089938052231267 11 79 A0A109ND79 MF 0004812 aminoacyl-tRNA ligase activity 0.08727289372311728 0.34759496368200155 11 1 A0A109ND79 BP 1901575 organic substance catabolic process 4.2699913537946355 0.6047406614305909 12 79 A0A109ND79 MF 0016875 ligase activity, forming carbon-oxygen bonds 0.08727287886652287 0.3475949600309647 12 1 A0A109ND79 BP 0036211 protein modification process 4.206027723602894 0.6024849068334874 13 79 A0A109ND79 MF 0140101 catalytic activity, acting on a tRNA 0.07500634167527531 0.34446633880298133 13 1 A0A109ND79 BP 0009056 catabolic process 4.177806236784535 0.6014841909576347 14 79 A0A109ND79 MF 0016874 ligase activity 0.06203354495399695 0.3408642877657907 14 1 A0A109ND79 BP 0043412 macromolecule modification 3.671537159485777 0.5829214312286619 15 79 A0A109ND79 MF 0140098 catalytic activity, acting on RNA 0.060679744290139934 0.34046749188940695 15 1 A0A109ND79 BP 0019538 protein metabolic process 2.3653692118829697 0.5280140696617595 16 79 A0A109ND79 MF 0140640 catalytic activity, acting on a nucleic acid 0.04883288711580481 0.33678653475179265 16 1 A0A109ND79 BP 0044260 cellular macromolecule metabolic process 2.3417838576048386 0.526897935951793 17 79 A0A109ND79 MF 0005524 ATP binding 0.038782172313843476 0.33329451153944856 17 1 A0A109ND79 BP 1901564 organonitrogen compound metabolic process 1.62102592021192 0.4895679375036805 18 79 A0A109ND79 MF 0032559 adenyl ribonucleotide binding 0.038604622598108325 0.3332289817978284 18 1 A0A109ND79 BP 0043170 macromolecule metabolic process 1.5242779658807337 0.48396631955217395 19 79 A0A109ND79 MF 0030554 adenyl nucleotide binding 0.03854514828101258 0.33320699743948 19 1 A0A109ND79 BP 0006807 nitrogen compound metabolic process 1.0922907108745423 0.4564524587906121 20 79 A0A109ND79 MF 0035639 purine ribonucleoside triphosphate binding 0.03667636874655254 0.3325073614235209 20 1 A0A109ND79 BP 0044238 primary metabolic process 0.9785043538344366 0.448330938283037 21 79 A0A109ND79 MF 0032555 purine ribonucleotide binding 0.03643516775485224 0.33241577347256 21 1 A0A109ND79 BP 0044237 cellular metabolic process 0.8874140345871475 0.4414822561144618 22 79 A0A109ND79 MF 0017076 purine nucleotide binding 0.0363660176115804 0.33238946015988136 22 1 A0A109ND79 BP 0071704 organic substance metabolic process 0.8386566208139783 0.4376715423798865 23 79 A0A109ND79 MF 0032553 ribonucleotide binding 0.03584531608196797 0.3321905116861941 23 1 A0A109ND79 BP 0008152 metabolic process 0.6095638618583474 0.41806427692229164 24 79 A0A109ND79 MF 0097367 carbohydrate derivative binding 0.035195459383739115 0.33194017764269806 24 1 A0A109ND79 BP 0009987 cellular process 0.3482024999835071 0.39038061178150096 25 79 A0A109ND79 MF 0043168 anion binding 0.03209196416943308 0.3307114621707955 25 1 A0A109ND79 BP 0006420 arginyl-tRNA aminoacylation 0.13499702763819135 0.35804929927915735 26 1 A0A109ND79 MF 0000166 nucleotide binding 0.03186578724102656 0.3306196386362552 26 1 A0A109ND79 BP 0006418 tRNA aminoacylation for protein translation 0.08392107080589563 0.34676318215070673 27 1 A0A109ND79 MF 1901265 nucleoside phosphate binding 0.03186578647702615 0.33061963832553615 27 1 A0A109ND79 BP 0043039 tRNA aminoacylation 0.08365367716230505 0.3466961167461941 28 1 A0A109ND79 MF 0036094 small molecule binding 0.02980211010713521 0.32976629369238974 28 1 A0A109ND79 BP 0043038 amino acid activation 0.08365093545118876 0.3466954285387688 29 1 A0A109ND79 MF 0005488 binding 0.022833407242995808 0.3266407756982376 29 2 A0A109ND79 BP 0006399 tRNA metabolic process 0.0661266927657326 0.34203834100020586 30 1 A0A109ND79 MF 0043167 ion binding 0.02115584820427181 0.3258194127267922 30 1 A0A109ND79 BP 0034660 ncRNA metabolic process 0.060296941774139544 0.3403544924981671 31 1 A0A109ND79 MF 1901363 heterocyclic compound binding 0.01693912136914123 0.3235978351508965 31 1 A0A109ND79 BP 0006520 cellular amino acid metabolic process 0.052298798023278796 0.3379056870231096 32 1 A0A109ND79 MF 0097159 organic cyclic compound binding 0.01693376543715163 0.32359484728866805 32 1 A0A109ND79 BP 0016070 RNA metabolic process 0.046428013403910465 0.3359864773299134 33 1 A0A109ND79 BP 0006412 translation 0.04461640834323358 0.3353700101362345 34 1 A0A109ND79 BP 0043043 peptide biosynthetic process 0.04434860447495784 0.3352778253329061 35 1 A0A109ND79 BP 0019752 carboxylic acid metabolic process 0.04419519144769253 0.3352248913036453 36 1 A0A109ND79 BP 0006518 peptide metabolic process 0.04388119442088804 0.3351162617233506 37 1 A0A109ND79 BP 0043436 oxoacid metabolic process 0.043873039254528116 0.3351134352141416 38 1 A0A109ND79 BP 0006082 organic acid metabolic process 0.043494394561989516 0.3349819097866401 39 1 A0A109ND79 BP 0043604 amide biosynthetic process 0.04308832596312948 0.33484022063312907 40 1 A0A109ND79 BP 0043603 cellular amide metabolic process 0.04190456761683158 0.33442331871188624 41 1 A0A109ND79 BP 0034645 cellular macromolecule biosynthetic process 0.040983682518102735 0.33409490802633107 42 1 A0A109ND79 BP 0009059 macromolecule biosynthetic process 0.035772290238607854 0.33216249489744476 43 1 A0A109ND79 BP 0090304 nucleic acid metabolic process 0.03548676170611293 0.3320526747598923 44 1 A0A109ND79 BP 0010467 gene expression 0.03460392771244822 0.3317102941879324 45 1 A0A109ND79 BP 0044281 small molecule metabolic process 0.03361795853923882 0.3313227114434483 46 1 A0A109ND79 BP 0044271 cellular nitrogen compound biosynthetic process 0.030910000804325936 0.3302279608147152 47 1 A0A109ND79 BP 1901566 organonitrogen compound biosynthetic process 0.030424433757962634 0.33002665698224853 48 1 A0A109ND79 BP 0006139 nucleobase-containing compound metabolic process 0.02954523090182936 0.32965803046942016 49 1 A0A109ND79 BP 0006725 cellular aromatic compound metabolic process 0.02700150770329169 0.3285594607434621 50 1 A0A109ND79 BP 0046483 heterocycle metabolic process 0.026966040768964396 0.3285437856929999 51 1 A0A109ND79 BP 1901360 organic cyclic compound metabolic process 0.026350470994863363 0.3282700664827986 52 1 A0A109ND79 BP 0044249 cellular biosynthetic process 0.02450994005718864 0.32743200489669383 53 1 A0A109ND79 BP 1901576 organic substance biosynthetic process 0.02405342257168574 0.32721930883077355 54 1 A0A109ND79 BP 0009058 biosynthetic process 0.023308979847973293 0.32686808865225003 55 1 A0A109ND79 BP 0034641 cellular nitrogen compound metabolic process 0.021424120210981296 0.32595289588204224 56 1 A0A109ND80 MF 0004674 protein serine/threonine kinase activity 6.316804901746853 0.6696348577701574 1 82 A0A109ND80 BP 0006468 protein phosphorylation 5.211065015142353 0.6361590354128951 1 91 A0A109ND80 CC 0016021 integral component of membrane 0.8718569080584514 0.4402779999368358 1 89 A0A109ND80 MF 0004672 protein kinase activity 5.200684355378267 0.6358287306952 2 91 A0A109ND80 BP 0036211 protein modification process 4.127078092289893 0.5996768677419834 2 91 A0A109ND80 CC 0031224 intrinsic component of membrane 0.8688178986536084 0.4400415032797773 2 89 A0A109ND80 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.672737160443043 0.6185717962211755 3 91 A0A109ND80 BP 0016310 phosphorylation 3.9167818148867934 0.5920633025884323 3 92 A0A109ND80 CC 0016020 membrane 0.7142397558690023 0.4274124498271321 3 89 A0A109ND80 MF 0016301 kinase activity 4.281330505841806 0.6051387829623249 4 92 A0A109ND80 BP 0043412 macromolecule modification 3.6026202326032593 0.5802978709438515 4 91 A0A109ND80 CC 0005886 plasma membrane 0.04759078733275452 0.3363758342110821 4 2 A0A109ND80 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.62571899316231 0.5811799785908569 5 92 A0A109ND80 BP 0006796 phosphate-containing compound metabolic process 3.027258097949915 0.5573337340289337 5 92 A0A109ND80 CC 0071944 cell periphery 0.0454944909722485 0.3356703434425186 5 2 A0A109ND80 MF 0140096 catalytic activity, acting on a protein 3.4363974817758036 0.5738648297311121 6 91 A0A109ND80 BP 0006793 phosphorus metabolic process 2.98672429928149 0.5556367009242045 6 92 A0A109ND80 CC 0110165 cellular anatomical entity 0.027868109115108747 0.3289393163929638 6 89 A0A109ND80 MF 0005524 ATP binding 2.9685767579460816 0.5548731850755544 7 92 A0A109ND80 BP 0019538 protein metabolic process 2.3209698309304074 0.5259082724138024 7 91 A0A109ND80 MF 0032559 adenyl ribonucleotide binding 2.954986236114401 0.5542998658161686 8 92 A0A109ND80 BP 1901564 organonitrogen compound metabolic process 1.5905983036673665 0.4878246779113925 8 91 A0A109ND80 MF 0030554 adenyl nucleotide binding 2.9504337816000845 0.5541075248159644 9 92 A0A109ND80 BP 0043170 macromolecule metabolic process 1.4956663657361369 0.48227588185187087 9 91 A0A109ND80 MF 0035639 purine ribonucleoside triphosphate binding 2.8073882748443135 0.5479864141173396 10 92 A0A109ND80 BP 0006807 nitrogen compound metabolic process 1.0717877673427552 0.4550214700912614 10 91 A0A109ND80 MF 0032555 purine ribonucleotide binding 2.7889255736794416 0.5471851117633959 11 92 A0A109ND80 BP 0044238 primary metabolic process 0.9601372476121266 0.44697653354259226 11 91 A0A109ND80 MF 0017076 purine nucleotide binding 2.783632484203581 0.5469548967714863 12 92 A0A109ND80 BP 0044237 cellular metabolic process 0.8790935461586005 0.44083950344188727 12 92 A0A109ND80 MF 0032553 ribonucleotide binding 2.743775447673354 0.545214297941547 13 92 A0A109ND80 BP 0071704 organic substance metabolic process 0.8229145393626573 0.4364176531447645 13 91 A0A109ND80 MF 0097367 carbohydrate derivative binding 2.6940322441532882 0.5430241271142591 14 92 A0A109ND80 BP 0008152 metabolic process 0.6038485262186396 0.4175315675341286 14 92 A0A109ND80 MF 0043168 anion binding 2.4564755728294076 0.5322741038892285 15 92 A0A109ND80 BP 0009987 cellular process 0.3449377162873018 0.3899779905367958 15 92 A0A109ND80 MF 0000166 nucleotide binding 2.439162886798885 0.5314707404161665 16 92 A0A109ND80 BP 0050832 defense response to fungus 0.10891709807259936 0.35261976142833495 16 1 A0A109ND80 MF 1901265 nucleoside phosphate binding 2.439162828318564 0.5314707376976876 17 92 A0A109ND80 BP 0009620 response to fungus 0.10540959515848296 0.35184185731502426 17 1 A0A109ND80 MF 0036094 small molecule binding 2.281198966521323 0.5240048313629404 18 92 A0A109ND80 BP 0000165 MAPK cascade 0.09825265398809328 0.35021334567066165 18 1 A0A109ND80 MF 0016740 transferase activity 2.2796879985803034 0.5239321902951035 19 92 A0A109ND80 BP 0098542 defense response to other organism 0.06919900688882581 0.34289588237228447 19 1 A0A109ND80 MF 0043167 ion binding 1.6193718795741336 0.48947359690155046 20 92 A0A109ND80 BP 0006952 defense response 0.06507960095716427 0.34174154195175915 20 1 A0A109ND80 MF 1901363 heterocyclic compound binding 1.2966030265022306 0.4700370299475214 21 92 A0A109ND80 BP 0051707 response to other organism 0.061895708732466734 0.340824087573736 21 1 A0A109ND80 MF 0097159 organic cyclic compound binding 1.2961930573263731 0.47001088916140465 22 92 A0A109ND80 BP 0043207 response to external biotic stimulus 0.06189408807320298 0.34082361463933064 22 1 A0A109ND80 MF 0005488 binding 0.878667563526052 0.4408065148643602 23 92 A0A109ND80 BP 0009607 response to biotic stimulus 0.06133934016316857 0.34066136485498977 23 1 A0A109ND80 MF 0003824 catalytic activity 0.7199205763144646 0.427899489882308 24 92 A0A109ND80 BP 0050896 response to stimulus 0.05543616163786501 0.3388871732270683 24 2 A0A109ND80 MF 0004709 MAP kinase kinase kinase activity 0.12393407390003554 0.35581660236554663 25 1 A0A109ND80 BP 0044419 biological process involved in interspecies interaction between organisms 0.05056851555140812 0.33735176926463495 25 1 A0A109ND80 BP 0009605 response to external stimulus 0.050479554829560846 0.3373230359355751 26 1 A0A109ND80 BP 0035556 intracellular signal transduction 0.04421466884402439 0.33523161692123954 27 1 A0A109ND80 BP 0006950 response to stress 0.04234616175305395 0.3345795217847627 28 1 A0A109ND80 BP 0007165 signal transduction 0.0371127894722944 0.3326723153306258 29 1 A0A109ND80 BP 0023052 signaling 0.0368679186662485 0.3325798817062997 30 1 A0A109ND80 BP 0007154 cell communication 0.035771683166734944 0.332162261871004 31 1 A0A109ND80 BP 0051716 cellular response to stimulus 0.031122581338802732 0.33031559343972405 32 1 A0A109ND80 BP 0050794 regulation of cellular process 0.02413381206336996 0.3272569085888229 33 1 A0A109ND80 BP 0050789 regulation of biological process 0.022525658955230794 0.32649241539571716 34 1 A0A109ND80 BP 0065007 biological regulation 0.02163239078414234 0.32605594905869806 35 1 A0A109ND81 MF 0102389 polyprenol reductase activity 15.343014945246239 0.8528502080820001 1 93 A0A109ND81 BP 0016095 polyprenol catabolic process 14.751657458355055 0.8493506069477148 1 92 A0A109ND81 CC 0005789 endoplasmic reticulum membrane 7.026075435946412 0.6895779409878873 1 93 A0A109ND81 MF 0003865 3-oxo-5-alpha-steroid 4-dehydrogenase activity 14.405669860755346 0.847270495450765 2 94 A0A109ND81 BP 0008300 isoprenoid catabolic process 13.53098694454446 0.8388107928054895 2 92 A0A109ND81 CC 0098827 endoplasmic reticulum subcompartment 7.023657307881768 0.6895117045625869 2 93 A0A109ND81 BP 0019348 dolichol metabolic process 13.053996420181148 0.8293121697850099 3 92 A0A109ND81 MF 0033765 steroid dehydrogenase activity, acting on the CH-CH group of donors 11.929011698347168 0.8061975880268233 3 94 A0A109ND81 CC 0042175 nuclear outer membrane-endoplasmic reticulum membrane network 7.013205946356196 0.6892252937002527 3 93 A0A109ND81 BP 0016093 polyprenol metabolic process 12.987835756228021 0.8279810533183727 4 92 A0A109ND81 MF 0016229 steroid dehydrogenase activity 11.138425861865395 0.7892945500959978 4 94 A0A109ND81 CC 0005783 endoplasmic reticulum 6.567406750171327 0.6768033447983666 4 94 A0A109ND81 BP 0006488 dolichol-linked oligosaccharide biosynthetic process 11.785570940409821 0.8031733328469015 5 94 A0A109ND81 MF 0016628 oxidoreductase activity, acting on the CH-CH group of donors, NAD or NADP as acceptor 8.618465158727805 0.7309668714315771 5 93 A0A109ND81 CC 0031984 organelle subcompartment 6.100851416335586 0.6633425719914743 5 93 A0A109ND81 BP 0006490 oligosaccharide-lipid intermediate biosynthetic process 11.615612132361825 0.7995660578490604 6 94 A0A109ND81 MF 0016627 oxidoreductase activity, acting on the CH-CH group of donors 6.776244036310641 0.6826733113161545 6 94 A0A109ND81 CC 0012505 endomembrane system 5.422464830592075 0.6428154283997789 6 94 A0A109ND81 BP 0006487 protein N-linked glycosylation 10.745404955531049 0.7806682788733503 7 94 A0A109ND81 CC 0031090 organelle membrane 4.153349749340634 0.6006142424746376 7 93 A0A109ND81 MF 0016491 oxidoreductase activity 2.9087822080804244 0.5523408117500989 7 94 A0A109ND81 BP 0044242 cellular lipid catabolic process 8.797611739713027 0.7353743551836345 8 92 A0A109ND81 CC 0043231 intracellular membrane-bounded organelle 2.734019091998668 0.5447863050600171 8 94 A0A109ND81 MF 0003824 catalytic activity 0.7267304895046763 0.42848080618353834 8 94 A0A109ND81 BP 0046164 alcohol catabolic process 8.556653413517473 0.7294355249838721 9 92 A0A109ND81 CC 0043227 membrane-bounded organelle 2.7106114944241577 0.5437563334475879 9 94 A0A109ND81 BP 1901616 organic hydroxy compound catabolic process 8.363128386498502 0.7246049538856185 10 92 A0A109ND81 CC 0005737 cytoplasm 1.9905077889972853 0.5095559380045922 10 94 A0A109ND81 BP 0006486 protein glycosylation 8.303495217498764 0.7231052124559817 11 94 A0A109ND81 CC 0043229 intracellular organelle 1.846934374680683 0.5020296513420318 11 94 A0A109ND81 BP 0043413 macromolecule glycosylation 8.303363159490422 0.7231018853041451 12 94 A0A109ND81 CC 0043226 organelle 1.812807861535803 0.5001980835125343 12 94 A0A109ND81 BP 0009101 glycoprotein biosynthetic process 8.23491871255357 0.7213738780071477 13 94 A0A109ND81 CC 0005622 intracellular anatomical structure 1.232005020854365 0.46586578773075077 13 94 A0A109ND81 BP 0009100 glycoprotein metabolic process 8.166433546166216 0.7196376400269855 14 94 A0A109ND81 CC 0016021 integral component of membrane 0.9111746799228619 0.4433013427921999 14 94 A0A109ND81 BP 0070085 glycosylation 7.878065834726541 0.7122457975690254 15 94 A0A109ND81 CC 0031224 intrinsic component of membrane 0.9079986215626582 0.44305957234087706 15 94 A0A109ND81 BP 0016042 lipid catabolic process 7.59406531270833 0.7048324565071449 16 92 A0A109ND81 CC 0016020 membrane 0.7464495319437101 0.43014889533172673 16 94 A0A109ND81 BP 0006720 isoprenoid metabolic process 7.366541893306065 0.6987927522782518 17 92 A0A109ND81 CC 0110165 cellular anatomical entity 0.02912486575298457 0.3294798448272947 17 94 A0A109ND81 BP 0006066 alcohol metabolic process 6.7813645973663865 0.6828160946863535 18 92 A0A109ND81 BP 1901615 organic hydroxy compound metabolic process 6.270405470279839 0.6682920919741362 19 92 A0A109ND81 BP 0044282 small molecule catabolic process 5.6495333455866 0.6498222066259083 20 92 A0A109ND81 BP 0044255 cellular lipid metabolic process 5.033474885011745 0.6304621100430466 21 94 A0A109ND81 BP 0006629 lipid metabolic process 4.675602421372921 0.6186680125011179 22 94 A0A109ND81 BP 0044248 cellular catabolic process 4.671860648483566 0.6185423568073707 23 92 A0A109ND81 BP 1901137 carbohydrate derivative biosynthetic process 4.32072103721403 0.6065177172672687 24 94 A0A109ND81 BP 0036211 protein modification process 4.206004417188352 0.6024840817904119 25 94 A0A109ND81 BP 1901575 organic substance catabolic process 4.169081805278069 0.6011741446803578 26 92 A0A109ND81 BP 0009056 catabolic process 4.079075230978405 0.59795638314916 27 92 A0A109ND81 BP 1901135 carbohydrate derivative metabolic process 3.7774531189185128 0.5869059446650332 28 94 A0A109ND81 BP 0043412 macromolecule modification 3.6715168147870094 0.5829206603881658 29 94 A0A109ND81 BP 0034645 cellular macromolecule biosynthetic process 3.166808068353482 0.5630910624952403 30 94 A0A109ND81 BP 0009059 macromolecule biosynthetic process 2.7641239242244193 0.5461045054661997 31 94 A0A109ND81 BP 0044281 small molecule metabolic process 2.5362842755509667 0.5359413951540944 32 92 A0A109ND81 BP 0019538 protein metabolic process 2.365356104913872 0.5280134509476385 33 94 A0A109ND81 BP 1901566 organonitrogen compound biosynthetic process 2.3508951948679693 0.5273297766005465 34 94 A0A109ND81 BP 0044260 cellular macromolecule metabolic process 2.341770881326759 0.5268973203300331 35 94 A0A109ND81 BP 0044249 cellular biosynthetic process 1.8938824224416813 0.5045219178859889 36 94 A0A109ND81 BP 1901576 organic substance biosynthetic process 1.8586073283649969 0.502652248404034 37 94 A0A109ND81 BP 0009058 biosynthetic process 1.8010842587179907 0.4995649056908959 38 94 A0A109ND81 BP 0019408 dolichol biosynthetic process 1.673451065027601 0.49253353199580613 39 10 A0A109ND81 BP 0016094 polyprenol biosynthetic process 1.661558267435567 0.49186489899197117 40 10 A0A109ND81 BP 1901564 organonitrogen compound metabolic process 1.621016937793219 0.4895674253084409 41 94 A0A109ND81 BP 0043170 macromolecule metabolic process 1.5242695195611933 0.483965822876781 42 94 A0A109ND81 BP 0006807 nitrogen compound metabolic process 1.0922846582800798 0.45645203834514136 43 94 A0A109ND81 BP 0044238 primary metabolic process 0.978498931752225 0.44833054033905684 44 94 A0A109ND81 BP 0046165 alcohol biosynthetic process 0.9366493503403257 0.4452254984662894 45 10 A0A109ND81 BP 0044237 cellular metabolic process 0.8874091172540437 0.44148187714544534 46 94 A0A109ND81 BP 0008299 isoprenoid biosynthetic process 0.8808130853042015 0.44097258532071626 47 10 A0A109ND81 BP 1901617 organic hydroxy compound biosynthetic process 0.8591341663086006 0.4392851403151584 48 10 A0A109ND81 BP 0071704 organic substance metabolic process 0.838651973655151 0.4376711739688362 49 94 A0A109ND81 BP 0008610 lipid biosynthetic process 0.610838743973771 0.4181827637694323 50 10 A0A109ND81 BP 0008152 metabolic process 0.6095604841468847 0.418063962835145 51 94 A0A109ND81 BP 0044283 small molecule biosynthetic process 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0006066 alcohol metabolic process 6.945455177662821 0.6873634413278493 11 88 A0A109ND83 MF 0004441 inositol-1,4-bisphosphate 1-phosphatase activity 0.17124716949562105 0.3647866950693992 11 1 A0A109ND83 BP 1901615 organic hydroxy compound metabolic process 6.422132229332397 0.6726647682541145 12 88 A0A109ND83 MF 0016312 inositol bisphosphate phosphatase activity 0.16219876413983159 0.36317771397986276 12 1 A0A109ND83 BP 0044262 cellular carbohydrate metabolic process 6.03698228319639 0.6614603382607445 13 88 A0A109ND83 MF 0003824 catalytic activity 0.12088673336585659 0.35518425333727033 13 14 A0A109ND83 BP 0044282 small molecule catabolic process 5.786236687778433 0.6539727580815604 14 88 A0A109ND83 MF 0052745 inositol phosphate phosphatase activity 0.09783156814622858 0.3501157116479492 14 1 A0A109ND83 BP 1901575 organic substance catabolic process 4.269962246509184 0.6047396387840163 15 88 A0A109ND83 BP 0009056 catabolic process 4.177777757898134 0.6014831794102837 16 88 A0A109ND83 BP 0005975 carbohydrate metabolic process 4.065912737635887 0.5974828561990728 17 88 A0A109ND83 BP 0019637 organophosphate metabolic process 3.870528150343589 0.5903615126593359 18 88 A0A109ND83 BP 0006796 phosphate-containing compound metabolic process 3.055889810087425 0.5585256234143149 19 88 A0A109ND83 BP 0006793 phosphorus metabolic process 3.0149726440225764 0.5568205839530636 20 88 A0A109ND83 BP 0044281 small molecule metabolic process 2.59765545720569 0.5387223790804756 21 88 A0A109ND83 BP 0000103 sulfate assimilation 1.6935931528103199 0.4936605572187648 22 14 A0A109ND83 BP 0044238 primary metabolic process 0.9784976836556979 0.44833044873709904 23 88 A0A109ND83 BP 0006790 sulfur compound metabolic process 0.9153877067783226 0.4436214009341817 24 14 A0A109ND83 BP 0044237 cellular metabolic process 0.8874079853445429 0.44148178991129783 25 88 A0A109ND83 BP 0071704 organic substance metabolic process 0.8386509039364403 0.43767108916500663 26 88 A0A109ND83 BP 0008152 metabolic process 0.6095597066393181 0.4180638905360301 27 88 A0A109ND83 BP 0009987 cellular process 0.34820012638863956 0.3903803197511351 28 88 A0A109ND84 MF 0038199 ethylene receptor activity 12.717547047213463 0.8225074478976557 1 65 A0A109ND84 BP 0009873 ethylene-activated signaling pathway 12.166349710310522 0.8111618816815982 1 83 A0A109ND84 CC 0005789 endoplasmic reticulum membrane 6.7951380870675315 0.6831998918033773 1 83 A0A109ND84 BP 0071369 cellular response to ethylene stimulus 12.158309619934913 0.8109945072282263 2 83 A0A109ND84 MF 0051740 ethylene binding 12.120798724060586 0.8102128923492637 2 65 A0A109ND84 CC 0098827 endoplasmic reticulum subcompartment 6.792799439516524 0.6831347530226373 2 83 A0A109ND84 MF 0072328 alkene binding 12.120798724060586 0.8102128923492637 3 65 A0A109ND84 BP 0009723 response to ethylene 11.98402061442585 0.807352549953509 3 83 A0A109ND84 CC 0042175 nuclear outer membrane-endoplasmic reticulum membrane network 6.782691599740028 0.6828530884509381 3 83 A0A109ND84 BP 0009755 hormone-mediated signaling pathway 9.139396451773651 0.7436604321218507 4 83 A0A109ND84 MF 0000155 phosphorelay sensor kinase activity 6.480475431092529 0.6743324156952972 4 85 A0A109ND84 CC 0005783 endoplasmic reticulum 6.301647202354674 0.6691967490021437 4 83 A0A109ND84 BP 0032870 cellular response to hormone stimulus 8.872483941890097 0.7372031027012715 5 83 A0A109ND84 MF 0004673 protein histidine kinase activity 6.4120011537199275 0.672374416847193 5 85 A0A109ND84 CC 0031984 organelle subcompartment 5.9003248969668505 0.65739928524984 5 83 A0A109ND84 BP 0009725 response to hormone 8.564644166050417 0.7296338013604091 6 83 A0A109ND84 MF 0016775 phosphotransferase activity, nitrogenous group as acceptor 6.3522271467635925 0.6706566354423742 6 85 A0A109ND84 CC 0012505 endomembrane system 5.2030370021889905 0.6359036189998994 6 83 A0A109ND84 BP 0071495 cellular response to endogenous stimulus 8.319615314025016 0.7235111536840942 7 83 A0A109ND84 MF 0140299 small molecule sensor activity 6.176624690447717 0.6655628900478641 7 85 A0A109ND84 CC 0031090 organelle membrane 4.016834907047272 0.5957104654796351 7 83 A0A109ND84 BP 0009719 response to endogenous stimulus 8.105128760302748 0.7180772536782996 8 83 A0A109ND84 MF 0004672 protein kinase activity 5.163568156713092 0.6346450166174789 8 85 A0A109ND84 CC 0043231 intracellular membrane-bounded organelle 2.6233830821927113 0.5398784226012077 8 83 A0A109ND84 BP 1902531 regulation of intracellular signal transduction 7.78043762926571 0.7097126883880481 9 79 A0A109ND84 MF 0038023 signaling receptor activity 4.942576091094038 0.6275072635979235 9 65 A0A109ND84 CC 0043227 membrane-bounded organelle 2.6009227066776104 0.5388695058324041 9 83 A0A109ND84 BP 0071310 cellular response to organic substance 7.707703461545933 0.7078151453219184 10 83 A0A109ND84 MF 0060089 molecular transducer activity 4.870032108881715 0.6251295269678461 10 65 A0A109ND84 CC 0005737 cytoplasm 1.909959032074982 0.5053682403161949 10 83 A0A109ND84 BP 0010033 response to organic substance 7.165871121629837 0.693387982181295 11 83 A0A109ND84 MF 0016773 phosphotransferase activity, alcohol group as acceptor 4.63938881070561 0.6174497719769894 11 85 A0A109ND84 CC 0043229 intracellular organelle 1.772195522202973 0.49799580720343156 11 83 A0A109ND84 BP 0009966 regulation of signal transduction 6.739327983165786 0.6816423317195929 12 79 A0A109ND84 MF 0016301 kinase activity 4.210463725273266 0.6026418989307903 12 85 A0A109ND84 CC 0043226 organelle 1.7394499874331126 0.49620168057500647 12 83 A0A109ND84 BP 0010646 regulation of cell communication 6.6323864939776 0.6786396605710465 13 79 A0A109ND84 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.5657042309427087 0.5788822111828817 13 85 A0A109ND84 CC 0005622 intracellular anatomical structure 1.1821501679869737 0.4625712110477274 13 83 A0A109ND84 BP 0023051 regulation of signaling 6.62084278025663 0.6783140965887954 14 79 A0A109ND84 MF 0140096 catalytic activity, acting on a protein 3.411872630254254 0.5729026232879829 14 85 A0A109ND84 CC 0016021 integral component of membrane 0.892478016901358 0.44187197136970807 14 85 A0A109ND84 BP 0048583 regulation of response to stimulus 6.11513893714015 0.6637622770736064 15 79 A0A109ND84 MF 0005524 ATP binding 2.6665372701943313 0.5418048542923529 15 76 A0A109ND84 CC 0031224 intrinsic component of membrane 0.8893671290229573 0.44163269425479135 15 85 A0A109ND84 BP 0070887 cellular response to chemical stimulus 5.9952205029206285 0.6602242237483906 16 83 A0A109ND84 MF 0032559 adenyl ribonucleotide binding 2.6543295235397895 0.5412614835892993 16 76 A0A109ND84 CC 0016020 membrane 0.7311329130024414 0.4288551628010169 16 85 A0A109ND84 BP 0000160 phosphorelay signal transduction system 5.17526807730718 0.6350186096552697 17 87 A0A109ND84 MF 0030554 adenyl nucleotide binding 2.650240261033508 0.541079189932151 17 76 A0A109ND84 CC 0110165 cellular anatomical entity 0.028527244009834075 0.32922429461878755 17 85 A0A109ND84 BP 0042221 response to chemical 4.846855679429666 0.6243661573636515 18 83 A0A109ND84 MF 0035639 purine ribonucleoside triphosphate binding 2.5217489986542896 0.5352778285277844 18 76 A0A109ND84 BP 0035556 intracellular signal transduction 4.82970277332488 0.6238000105893439 19 87 A0A109ND84 MF 0032555 purine ribonucleotide binding 2.5051647952535148 0.5345183839141718 19 76 A0A109ND84 BP 0007165 signal transduction 4.053942886522093 0.5970515692351603 20 87 A0A109ND84 MF 0017076 purine nucleotide binding 2.5004102541003923 0.5343001946941874 20 76 A0A109ND84 BP 0023052 signaling 4.027194903511337 0.5960855027940231 21 87 A0A109ND84 MF 0032553 ribonucleotide binding 2.464608493845124 0.5326505197626812 21 76 A0A109ND84 BP 0007154 cell communication 3.9074497652882023 0.5917207652758973 22 87 A0A109ND84 MF 0097367 carbohydrate derivative binding 2.419926440140409 0.530574757187557 22 76 A0A109ND84 BP 0051716 cellular response to stimulus 3.3996142306369324 0.5724203817588188 23 87 A0A109ND84 MF 0016740 transferase activity 2.2419534324355763 0.5221101973095479 23 85 A0A109ND84 BP 0050896 response to stimulus 3.0381906656166575 0.5577895006333187 24 87 A0A109ND84 MF 0043168 anion binding 2.2065401040206347 0.5203862843916396 24 76 A0A109ND84 BP 0016310 phosphorylation 2.779853552907005 0.5467904038785522 25 60 A0A109ND84 MF 0000166 nucleotide binding 2.1909889068268984 0.5196248863258692 25 76 A0A109ND84 BP 0050794 regulation of cellular process 2.6362097037194547 0.540452655620049 26 87 A0A109ND84 MF 1901265 nucleoside phosphate binding 2.19098885429669 0.5196248837493957 26 76 A0A109ND84 BP 0050789 regulation of biological process 2.4605462479168123 0.5324625846505086 27 87 A0A109ND84 MF 0036094 small molecule binding 2.049097113179103 0.5125489749819314 27 76 A0A109ND84 BP 0065007 biological regulation 2.362971848378777 0.5279008736502697 28 87 A0A109ND84 MF 0046872 metal ion binding 1.9661553310533746 0.5082989476662675 28 67 A0A109ND84 BP 0006796 phosphate-containing compound metabolic process 2.148532794746904 0.517532335073787 29 60 A0A109ND84 MF 0043169 cation binding 1.9551500457100661 0.5077283394497112 29 67 A0A109ND84 BP 0006793 phosphorus metabolic process 2.119764783260286 0.5161026625094111 30 60 A0A109ND84 MF 0043167 ion binding 1.4546079900513402 0.47982155332388987 30 76 A0A109ND84 MF 1901363 heterocyclic compound binding 1.1646794328495391 0.46140029696827045 31 76 A0A109ND84 BP 0009736 cytokinin-activated signaling pathway 0.6789810130685974 0.4243452416845976 31 6 A0A109ND84 MF 0097159 organic cyclic compound binding 1.1643111762147298 0.4613755217019627 32 76 A0A109ND84 BP 0071368 cellular response to cytokinin stimulus 0.6789055774417819 0.4243385951331266 32 6 A0A109ND84 MF 0005488 binding 0.7892670452200645 0.43369670028747415 33 76 A0A109ND84 BP 0009735 response to cytokinin 0.6776136177200012 0.42422470458836326 33 6 A0A109ND84 MF 0003824 catalytic activity 0.708004081327955 0.42687560463038654 34 85 A0A109ND84 BP 0044237 cellular metabolic process 0.6239181637175865 0.4193912882584568 34 60 A0A109ND84 BP 0008152 metabolic process 0.4285687971299623 0.39975542116388146 35 60 A0A109ND84 MF 0004674 protein serine/threonine kinase activity 0.061533180677188784 0.3407181413949193 35 1 A0A109ND84 BP 0009987 cellular process 0.3482037249814856 0.39038076249622 36 87 A0A109ND84 BP 0018106 peptidyl-histidine phosphorylation 0.17661211126605464 0.36572065393214565 37 2 A0A109ND84 BP 0018202 peptidyl-histidine modification 0.17538014183631723 0.36550745468724005 38 2 A0A109ND84 BP 2000904 regulation of starch metabolic process 0.15977565806687813 0.36273926765604747 39 1 A0A109ND84 BP 0018193 peptidyl-amino acid modification 0.14949177132533514 0.3608403686710632 40 2 A0A109ND84 BP 0006468 protein phosphorylation 0.13266385846657835 0.3575862688663628 41 2 A0A109ND84 BP 0032881 regulation of polysaccharide metabolic process 0.12531559069277146 0.35610071605726257 42 1 A0A109ND84 BP 0010675 regulation of cellular carbohydrate metabolic process 0.10984599029543021 0.3528236678489719 43 1 A0A109ND84 BP 0036211 protein modification process 0.1050676017906305 0.351765321110728 44 2 A0A109ND84 BP 0006109 regulation of carbohydrate metabolic process 0.09485654834246067 0.34941984350337146 45 1 A0A109ND84 BP 0043412 macromolecule modification 0.09171589670405489 0.348673286423094 46 2 A0A109ND84 BP 0019538 protein metabolic process 0.05908750174120377 0.3399951011148838 47 2 A0A109ND84 BP 1901564 organonitrogen compound metabolic process 0.040493624167370464 0.33391863614314743 48 2 A0A109ND84 BP 0043170 macromolecule metabolic process 0.03807683659303186 0.3330332925895378 49 2 A0A109ND84 BP 0006355 regulation of DNA-templated transcription 0.030565769879041905 0.3300854160688896 50 1 A0A109ND84 BP 1903506 regulation of nucleic acid-templated transcription 0.030565600569401247 0.33008534576145676 51 1 A0A109ND84 BP 2001141 regulation of RNA biosynthetic process 0.030549621864345136 0.33007870957615587 52 1 A0A109ND84 BP 0051252 regulation of RNA metabolic process 0.030327281816035098 0.3299861878427481 53 1 A0A109ND84 BP 0019219 regulation of nucleobase-containing compound metabolic process 0.03007058641756978 0.3298789470841233 54 1 A0A109ND84 BP 0010556 regulation of macromolecule biosynthetic process 0.029836485116668133 0.32978074578584377 55 1 A0A109ND84 BP 0031326 regulation of cellular biosynthetic process 0.02979527476956024 0.3297634189562723 56 1 A0A109ND84 BP 0009889 regulation of biosynthetic process 0.029776718056121795 0.32975561290102356 57 1 A0A109ND84 BP 0031323 regulation of cellular metabolic process 0.029027309132060017 0.32943830874420454 58 1 A0A109ND84 BP 0051171 regulation of nitrogen compound metabolic process 0.02888672575538086 0.3293783304656074 59 1 A0A109ND84 BP 0080090 regulation of primary metabolic process 0.028834519017612668 0.3293560199105429 60 1 A0A109ND84 BP 0010468 regulation of gene expression 0.02862304593029863 0.32926543959041493 61 1 A0A109ND84 BP 0060255 regulation of macromolecule metabolic process 0.027819523859766347 0.3289181777662237 62 1 A0A109ND84 BP 0019222 regulation of metabolic process 0.027511474842075247 0.32878371907647297 63 1 A0A109ND84 BP 0006807 nitrogen compound metabolic process 0.027285689251582878 0.3286846884057036 64 2 A0A109ND84 BP 0044238 primary metabolic process 0.024443278208116096 0.3274010707278939 65 2 A0A109ND84 BP 0071704 organic substance metabolic process 0.02094984761519327 0.325716338293457 66 2 A0A109ND88 CC 0016021 integral component of membrane 0.9111417620547441 0.44329883915484525 1 20 A0A109ND88 MF 0022857 transmembrane transporter activity 0.7704362010559089 0.43214856705475263 1 4 A0A109ND88 BP 0055085 transmembrane transport 0.6569519092571563 0.4223883315411728 1 4 A0A109ND88 CC 0031224 intrinsic component of membrane 0.9079658184355144 0.44305707307076386 2 20 A0A109ND88 MF 0005215 transporter activity 0.768086049495476 0.4319540329614551 2 4 A0A109ND88 BP 0006810 transport 0.5668547557388612 0.4140207276294512 2 4 A0A109ND88 CC 0016020 membrane 0.7464225650757861 0.4301466292747454 3 20 A0A109ND88 BP 0051234 establishment of localization 0.565297158032885 0.4138704291220551 3 4 A0A109ND88 CC 0005886 plasma membrane 0.6145225999140608 0.4185244462094683 4 4 A0A109ND88 BP 0051179 localization 0.5632240025495944 0.41367006090992703 4 4 A0A109ND88 CC 0071944 cell periphery 0.5874538842687133 0.41598932446642245 5 4 A0A109ND88 BP 0009987 cellular process 0.08186860794598502 0.3462456271594198 5 4 A0A109ND88 CC 0110165 cellular anatomical entity 0.029123813563419896 0.32947939721442243 6 20 A0A109ND89 MF 0003950 NAD+ ADP-ribosyltransferase activity 11.645051204087448 0.8001927651720293 1 7 A0A109ND89 BP 0070212 protein poly-ADP-ribosylation 3.236722272122876 0.5659277648567577 1 1 A0A109ND89 CC 0005730 nucleolus 1.407386052808325 0.4769555556340638 1 1 A0A109ND89 MF 0016763 pentosyltransferase activity 7.476134392475473 0.7017134008341988 2 7 A0A109ND89 BP 0006471 protein ADP-ribosylation 2.2499846998517863 0.5224992594715676 2 1 A0A109ND89 CC 0031981 nuclear lumen 1.1903071273713646 0.4631149386221375 2 1 A0A109ND89 MF 0016757 glycosyltransferase activity 5.5337680351188085 0.6462679329725366 3 7 A0A109ND89 BP 0006302 double-strand break repair 1.7811835203891757 0.4984853539556223 3 1 A0A109ND89 CC 0070013 intracellular organelle lumen 1.1370648409381514 0.45953146813258827 3 1 A0A109ND89 MF 1990404 NAD+-protein ADP-ribosyltransferase activity 2.394518573413569 0.5293858492740947 4 1 A0A109ND89 CC 0043233 organelle lumen 1.1370601508858325 0.45953114881551466 4 1 A0A109ND89 BP 0006281 DNA repair 1.0400435105586472 0.452778624165841 4 1 A0A109ND89 MF 0016740 transferase activity 2.3000554229438075 0.5249093560322567 5 7 A0A109ND89 CC 0031974 membrane-enclosed lumen 1.137059564634974 0.45953110890122095 5 1 A0A109ND89 BP 0006974 cellular response to DNA damage stimulus 1.0291062331704268 0.45199795612357097 5 1 A0A109ND89 BP 0033554 cellular response to stress 0.9828032425602429 0.4486461012845687 6 1 A0A109ND89 CC 0005634 nucleus 0.7432373668566646 0.4298786848266658 6 1 A0A109ND89 MF 0003824 catalytic activity 0.7263525652072195 0.42844861690688274 6 7 A0A109ND89 BP 0006950 response to stress 0.8788763864139686 0.4408226873442527 7 1 A0A109ND89 MF 0140096 catalytic activity, acting on a protein 0.6608352723537176 0.4227356576651493 7 1 A0A109ND89 CC 0043232 intracellular non-membrane-bounded organelle 0.5248241888453927 0.409889777860755 7 1 A0A109ND89 BP 0036211 protein modification process 0.7936563769491751 0.4340548960862114 8 1 A0A109ND89 CC 0043231 intracellular membrane-bounded organelle 0.5158985754266187 0.40899146801950015 8 1 A0A109ND89 BP 0006259 DNA metabolic process 0.7540747015313776 0.4307880132898211 9 1 A0A109ND89 CC 0043228 non-membrane-bounded organelle 0.515654228775897 0.4089667671477897 9 1 A0A109ND89 BP 0043412 macromolecule modification 0.6928006830481992 0.4255567106648717 10 1 A0A109ND89 CC 0043227 membrane-bounded organelle 0.5114816544628292 0.40854405702930724 10 1 A0A109ND89 BP 0051716 cellular response to stimulus 0.6414879307694018 0.4209949513260508 11 1 A0A109ND89 CC 0043229 intracellular organelle 0.3485092022922425 0.39041833789974845 11 1 A0A109ND89 BP 0050896 response to stimulus 0.5732893531876394 0.4146394486289118 12 1 A0A109ND89 CC 0043226 organelle 0.34206966440926057 0.3896227202668816 12 1 A0A109ND89 BP 0090304 nucleic acid metabolic process 0.5174160784216628 0.40914474078672924 13 1 A0A109ND89 CC 0005622 intracellular anatomical structure 0.23247446846194808 0.3747090602533843 13 1 A0A109ND89 BP 0019538 protein metabolic process 0.44633332973898504 0.40170548151635666 14 1 A0A109ND89 CC 0110165 cellular anatomical entity 0.005495746827602464 0.3154641558050883 14 1 A0A109ND89 BP 0044260 cellular macromolecule metabolic process 0.44188289145005016 0.40122064378026634 15 1 A0A109ND89 BP 0006139 nucleobase-containing compound metabolic process 0.4307853626061832 0.400000918312683 16 1 A0A109ND89 BP 0006725 cellular aromatic compound metabolic process 0.3936965097861513 0.3958060879616825 17 1 A0A109ND89 BP 0046483 heterocycle metabolic process 0.3931793828015803 0.3957462336111771 18 1 A0A109ND89 BP 1901360 organic cyclic compound metabolic process 0.3842040443035793 0.3947010512950495 19 1 A0A109ND89 BP 0034641 cellular nitrogen compound metabolic process 0.3123751993772569 0.38585305800448116 20 1 A0A109ND89 BP 1901564 organonitrogen compound metabolic process 0.3058794766274254 0.38500485191391043 21 1 A0A109ND89 BP 0043170 macromolecule metabolic process 0.28762362194514585 0.3825715630150981 22 1 A0A109ND89 BP 0006807 nitrogen compound metabolic process 0.2061097893632846 0.37061980683783674 23 1 A0A109ND89 BP 0044238 primary metabolic process 0.18463887338051074 0.36709189653341406 24 1 A0A109ND89 BP 0044237 cellular metabolic process 0.16745058611762517 0.3641168949469874 25 1 A0A109ND89 BP 0071704 organic substance metabolic process 0.1582503062080392 0.362461557594964 26 1 A0A109ND89 BP 0008152 metabolic process 0.11502164938352631 0.3539443502832443 27 1 A0A109ND89 BP 0009987 cellular process 0.06570406871803276 0.3419188327187331 28 1 A0A109ND92 MF 0003700 DNA-binding transcription factor activity 4.7569155999876 0.621386346202615 1 13 A0A109ND92 CC 0005634 nucleus 3.9372996748537417 0.5928149883933991 1 13 A0A109ND92 BP 0006355 regulation of DNA-templated transcription 3.519785070482589 0.5771110303060198 1 13 A0A109ND92 MF 0140110 transcription regulator activity 4.675414839341487 0.6186617143449662 2 13 A0A109ND92 BP 1903506 regulation of nucleic acid-templated transcription 3.519765573720432 0.5771102758365969 2 13 A0A109ND92 CC 0043231 intracellular membrane-bounded organelle 2.7329725116962074 0.5447403482396066 2 13 A0A109ND92 BP 2001141 regulation of RNA biosynthetic process 3.517925554387541 0.5770390628980255 3 13 A0A109ND92 MF 0003677 DNA binding 3.241503256104665 0.5661206242984377 3 13 A0A109ND92 CC 0043227 membrane-bounded organelle 2.709573874531162 0.5437105737821979 3 13 A0A109ND92 BP 0051252 regulation of RNA metabolic process 3.492322103674243 0.5760462117013028 4 13 A0A109ND92 MF 0003676 nucleic acid binding 2.2398250575385097 0.5220069747640115 4 13 A0A109ND92 CC 0043229 intracellular organelle 1.846227369692263 0.5019918789112131 4 13 A0A109ND92 BP 0019219 regulation of nucleobase-containing compound metabolic process 3.4627624807772808 0.574895410569326 5 13 A0A109ND92 CC 0043226 organelle 1.81211392014908 0.5001606616766143 5 13 A0A109ND92 MF 1901363 heterocyclic compound binding 1.3083844215901792 0.47078648679456925 5 13 A0A109ND92 BP 0010556 regulation of macromolecule biosynthetic process 3.4358046692399 0.5738416119327734 6 13 A0A109ND92 MF 0097159 organic cyclic compound binding 1.3079707272889474 0.4707602275147844 6 13 A0A109ND92 CC 0005622 intracellular anatomical structure 1.2315334103264308 0.4658349377113746 6 13 A0A109ND92 BP 0031326 regulation of cellular biosynthetic process 3.4310591135063526 0.5736556776355892 7 13 A0A109ND92 MF 0005488 binding 0.8866514487285965 0.4414234725992686 7 13 A0A109ND92 CC 0110165 cellular anatomical entity 0.02911371677787386 0.3294751015210147 7 13 A0A109ND92 BP 0009889 regulation of biosynthetic process 3.428922224981171 0.5735719108165951 8 13 A0A109ND92 BP 0031323 regulation of cellular metabolic process 3.3426244365388227 0.5701669182789553 9 13 A0A109ND92 BP 0051171 regulation of nitrogen compound metabolic process 3.326435632122919 0.5695232910630649 10 13 A0A109ND92 BP 0080090 regulation of primary metabolic process 3.3204237928366105 0.569283876382001 11 13 A0A109ND92 BP 0010468 regulation of gene expression 3.2960717212715105 0.5683118585011611 12 13 A0A109ND92 BP 0060255 regulation of macromolecule metabolic process 3.203542562056646 0.5645853900809792 13 13 A0A109ND92 BP 0019222 regulation of metabolic process 3.1680693402880875 0.5631425131902013 14 13 A0A109ND92 BP 0050794 regulation of cellular process 2.63517669190006 0.540406460671736 15 13 A0A109ND92 BP 0050789 regulation of biological process 2.4595820706919582 0.5324179553300121 16 13 A0A109ND92 BP 0065007 biological regulation 2.3620459061652923 0.5278571381818631 17 13 A0A109ND93 MF 0046983 protein dimerization activity 6.872448078644943 0.6853469463163924 1 13 A0A109ND93 MF 0005515 protein binding 5.0312442724937165 0.6303899203947766 2 13 A0A109ND93 MF 0005488 binding 0.886739667252489 0.44143027416878433 3 13 A0A109ND96 MF 0004553 hydrolase activity, hydrolyzing O-glycosyl compounds 6.265004877664605 0.6681354804308435 1 91 A0A109ND96 BP 0005975 carbohydrate metabolic process 4.06595151866617 0.5974842524899514 1 91 A0A109ND96 CC 0005576 extracellular region 0.9555603957752691 0.44663702140930617 1 16 A0A109ND96 MF 0016798 hydrolase activity, acting on glycosyl bonds 5.872716635831621 0.656573158598242 2 91 A0A109ND96 BP 0052575 carbohydrate localization 2.124565013587257 0.5163418889635525 2 10 A0A109ND96 CC 0048046 apoplast 0.3420390255934004 0.38961891696286927 2 3 A0A109ND96 MF 0004564 beta-fructofuranosidase activity 2.659732179416578 0.5415021113248928 3 19 A0A109ND96 BP 0052576 carbohydrate storage 2.124565013587257 0.5163418889635525 3 10 A0A109ND96 CC 0110165 cellular anatomical entity 0.004848885445426898 0.31481084792692254 3 16 A0A109ND96 MF 0016787 hydrolase activity 2.4419573790236306 0.5316006062139331 4 91 A0A109ND96 BP 0050832 defense response to fungus 1.2803787582263535 0.468999350500349 4 10 A0A109ND96 BP 0009620 response to fungus 1.2391461849653749 0.4663322015672384 5 10 A0A109ND96 MF 0003824 catalytic activity 0.7267364941541825 0.428481317555245 5 91 A0A109ND96 BP 0042742 defense response to bacterium 1.1038178537863093 0.45725109296262323 6 10 A0A109ND96 BP 0009617 response to bacterium 1.062490150400084 0.4543680404778889 7 10 A0A109ND96 BP 0044238 primary metabolic process 0.9785070166519398 0.4483311337153387 8 91 A0A109ND96 BP 0071704 organic substance metabolic process 0.8386589030619012 0.43767172330841697 9 91 A0A109ND96 BP 0098542 defense response to other organism 0.8134713472787733 0.43565972263842145 10 10 A0A109ND96 BP 0006952 defense response 0.7650455266799231 0.43170191116992646 11 10 A0A109ND96 BP 0051707 response to other organism 0.7276171702039957 0.42855629537531653 12 10 A0A109ND96 BP 0043207 response to external biotic stimulus 0.7275981184873016 0.42855467385606616 13 10 A0A109ND96 BP 0009607 response to biotic stimulus 0.7210767600160626 0.4279983786369028 14 10 A0A109ND96 BP 0008152 metabolic process 0.6095655206729601 0.4180644311720782 15 91 A0A109ND96 BP 0044419 biological process involved in interspecies interaction between organisms 0.5944599543398096 0.4166509847913112 16 10 A0A109ND96 BP 0009605 response to external stimulus 0.5934141734607248 0.4165524687060568 17 10 A0A109ND96 BP 0033036 macromolecule localization 0.5466336554613583 0.4120531519026714 18 10 A0A109ND96 BP 0006950 response to stress 0.4978017865008434 0.4071459612521096 19 10 A0A109ND96 BP 0050896 response to stimulus 0.32471513469961183 0.38744045064826094 20 10 A0A109ND96 BP 0051179 localization 0.2560263515961655 0.3781698156507557 21 10 A0A109ND98 CC 0030127 COPII vesicle coat 11.73758983560858 0.8021576122723715 1 91 A0A109ND98 BP 0006888 endoplasmic reticulum to Golgi vesicle-mediated transport 9.85804667989758 0.7605920842415976 1 91 A0A109ND98 MF 0008270 zinc ion binding 4.769662343420811 0.6218103624494707 1 85 A0A109ND98 CC 0012507 ER to Golgi transport vesicle membrane 10.978484398398408 0.785802718461255 2 91 A0A109ND98 BP 0048193 Golgi vesicle transport 8.962142384722135 0.7393828802504099 2 91 A0A109ND98 MF 0046914 transition metal ion binding 4.05736692875593 0.5971750062033309 2 85 A0A109ND98 CC 0030134 COPII-coated ER to Golgi transport vesicle 10.73488831478108 0.7804353042775595 3 91 A0A109ND98 BP 0006886 intracellular protein transport 6.810923744863166 0.683639279766429 3 91 A0A109ND98 MF 0046872 metal ion binding 2.358350184868926 0.5276824909754104 3 85 A0A109ND98 CC 0030120 vesicle coat 10.059842887306285 0.7652345480925333 4 91 A0A109ND98 BP 0016192 vesicle-mediated transport 6.420420336234644 0.6726157223681104 4 91 A0A109ND98 MF 0043169 cation binding 2.345149642514004 0.5270575582684529 4 85 A0A109ND98 CC 0030658 transport vesicle membrane 9.854956721562557 0.7605206300278349 5 91 A0A109ND98 BP 0046907 intracellular transport 6.311892878989718 0.6694929413289892 5 91 A0A109ND98 MF 0000149 SNARE binding 1.6432681604722268 0.4908319111758174 5 11 A0A109ND98 CC 0030662 coated vesicle membrane 9.54090108601104 0.7531988285741829 6 91 A0A109ND98 BP 0051649 establishment of localization in cell 6.2298370184822875 0.6671139940098103 6 91 A0A109ND98 MF 0043167 ion binding 1.5247403373866522 0.483993506638518 6 85 A0A109ND98 CC 0030133 transport vesicle 9.422277365723183 0.7504019750827188 7 91 A0A109ND98 BP 0015031 protein transport 5.454703029711094 0.6438190383383395 7 91 A0A109ND98 MF 0005488 binding 0.8273207001802132 0.4367698126550025 7 85 A0A109ND98 CC 0030117 membrane coat 9.320148942218562 0.7479799036215737 8 91 A0A109ND98 BP 0045184 establishment of protein localization 5.412271387657368 0.6424974750598882 8 91 A0A109ND98 MF 0005515 protein binding 0.6709006955761813 0.42363118262617444 8 11 A0A109ND98 CC 0048475 coated membrane 9.320148942218562 0.7479799036215737 9 91 A0A109ND98 BP 0008104 protein localization 5.370750304631187 0.6411992474026524 9 91 A0A109ND98 CC 0030135 coated vesicle 9.12449786190592 0.7433025004516927 10 91 A0A109ND98 BP 0070727 cellular macromolecule localization 5.369920398326065 0.6411732479034913 10 91 A0A109ND98 CC 0030659 cytoplasmic vesicle membrane 7.886156979801632 0.712455028235627 11 91 A0A109ND98 BP 0051641 cellular localization 5.18389245110863 0.6352937263506695 11 91 A0A109ND98 CC 0012506 vesicle membrane 7.846493745033517 0.7114283386811048 12 91 A0A109ND98 BP 0033036 macromolecule localization 5.11456793945752 0.6330757610578169 12 91 A0A109ND98 CC 0031410 cytoplasmic vesicle 7.02218759414049 0.6894714411631504 13 91 A0A109ND98 BP 0071705 nitrogen compound transport 4.550641254267802 0.6144440097715826 13 91 A0A109ND98 CC 0097708 intracellular vesicle 7.021704256211438 0.6894581990053961 14 91 A0A109ND98 BP 0071702 organic substance transport 4.187945870520565 0.6018441237952046 14 91 A0A109ND98 CC 0031982 vesicle 6.977082723875994 0.6882337197050431 15 91 A0A109ND98 BP 0006810 transport 2.4109482714573693 0.5301553588741386 15 91 A0A109ND98 CC 0098588 bounding membrane of organelle 6.586499647020221 0.6773438454048493 16 91 A0A109ND98 BP 0051234 establishment of localization 2.404323492430942 0.5298453938322107 16 91 A0A109ND98 CC 0012505 endomembrane system 5.422515090127835 0.6428169953518585 17 91 A0A109ND98 BP 0051179 localization 2.395505941588686 0.5294321685623844 17 91 A0A109ND98 CC 0098796 membrane protein complex 4.436214429471649 0.6105249274750637 18 91 A0A109ND98 BP 0090110 COPII-coated vesicle cargo loading 2.144524185302316 0.5173336971876663 18 11 A0A109ND98 CC 0031090 organelle membrane 4.186275801777376 0.6017848703315343 19 91 A0A109ND98 BP 0035459 vesicle cargo loading 2.1076334717582332 0.5154968709217898 19 11 A0A109ND98 CC 0032991 protein-containing complex 2.793042383128004 0.5473640152251319 20 91 A0A109ND98 BP 0090114 COPII-coated vesicle budding 1.6547671453237491 0.49148201710964157 20 11 A0A109ND98 CC 0043231 intracellular membrane-bounded organelle 2.73404443297083 0.5447874177088449 21 91 A0A109ND98 BP 0006900 vesicle budding from membrane 1.626372722351635 0.48987257129566575 21 11 A0A109ND98 CC 0043227 membrane-bounded organelle 2.71063661843687 0.5437574413231457 22 91 A0A109ND98 BP 0016050 vesicle organization 1.4538642345343002 0.47977677690446563 22 11 A0A109ND98 CC 0070971 endoplasmic reticulum exit site 2.081734869830225 0.5141977315629586 23 13 A0A109ND98 BP 0061024 membrane organization 0.9894131491439753 0.4491293495101616 23 11 A0A109ND98 CC 0005737 cytoplasm 1.9905262385401643 0.5095568873828552 24 91 A0A109ND98 BP 0006996 organelle organization 0.6924038573102 0.42552209326040186 24 11 A0A109ND98 CC 0043229 intracellular organelle 1.8469514934757607 0.5020305658406958 25 91 A0A109ND98 BP 0016043 cellular component organization 0.5949365601854533 0.41669585392259983 25 13 A0A109ND98 CC 0043226 organelle 1.8128246640203538 0.5001989895230349 26 91 A0A109ND98 BP 0071840 cellular component organization or biogenesis 0.5490386607140404 0.4122890516984909 26 13 A0A109ND98 CC 0005622 intracellular anatomical structure 1.2320164400156386 0.46586653463268146 27 91 A0A109ND98 BP 0010584 pollen exine formation 0.46453310666884373 0.4036634784616199 27 3 A0A109ND98 CC 0005783 endoplasmic reticulum 0.9986495389651994 0.44980192340553193 28 13 A0A109ND98 BP 0048658 anther wall tapetum development 0.4612080135011523 0.40330865579129116 28 3 A0A109ND98 CC 0016020 membrane 0.7464564506067379 0.43014947670835413 29 91 A0A109ND98 BP 0010208 pollen wall assembly 0.4584314360560706 0.4030113844049995 29 3 A0A109ND98 BP 0048653 anther development 0.44095644052766536 0.4011194081806272 30 3 A0A109ND98 CC 0110165 cellular anatomical entity 0.029125135704432398 0.3294799596662702 30 91 A0A109ND98 BP 0048443 stamen development 0.4339335030215183 0.40034850966712865 31 3 A0A109ND98 BP 0048466 androecium development 0.4339335030215183 0.40034850966712865 32 3 A0A109ND98 BP 0048438 floral whorl development 0.42023999503223936 0.3988272363604951 33 3 A0A109ND98 BP 0048437 floral organ development 0.40648024773429786 0.3972734266525341 34 3 A0A109ND98 BP 0009555 pollen development 0.3964048208289427 0.3961189186860654 35 3 A0A109ND98 BP 0048229 gametophyte development 0.3867494058469258 0.3949986887692561 36 3 A0A109ND98 BP 0048827 phyllome development 0.3777936998286849 0.39394707101768756 37 3 A0A109ND98 BP 0009908 flower development 0.3713635133393509 0.393184302598111 38 3 A0A109ND98 BP 0090567 reproductive shoot system development 0.37042407669153266 0.39307231255235237 39 3 A0A109ND98 BP 0010927 cellular component assembly involved in morphogenesis 0.3617122555616875 0.392026937152847 40 3 A0A109ND98 BP 0009987 cellular process 0.3482037979141929 0.3903807714693142 41 91 A0A109ND98 BP 0048367 shoot system development 0.32675772922678376 0.38770027876819124 42 3 A0A109ND98 BP 0099402 plant organ development 0.3259999584610257 0.38760398159456605 43 3 A0A109ND98 BP 0048608 reproductive structure development 0.3057669769664181 0.3849900828624686 44 3 A0A109ND98 BP 0061458 reproductive system development 0.3056162429968175 0.38497029011877076 45 3 A0A109ND98 BP 0009791 post-embryonic development 0.30050186095329057 0.3842958086494048 46 3 A0A109ND98 BP 0032989 cellular component morphogenesis 0.2784156354219 0.3813149331281137 47 3 A0A109ND98 BP 0003006 developmental process involved in reproduction 0.26907356407624916 0.3800185814680689 48 3 A0A109ND98 BP 0048646 anatomical structure formation involved in morphogenesis 0.25693133991557915 0.3782995497044225 49 3 A0A109ND98 BP 0022414 reproductive process 0.2234813018433612 0.3733415706843576 50 3 A0A109ND98 BP 0000003 reproduction 0.22087838174416044 0.3729406605877127 51 3 A0A109ND98 BP 0009653 anatomical structure morphogenesis 0.21410722858432862 0.3718865407989766 52 3 A0A109ND98 BP 0048731 system development 0.2018345249172026 0.36993254833448086 53 3 A0A109ND98 BP 0048869 cellular developmental process 0.20122404386174259 0.3698338204445193 54 3 A0A109ND98 BP 0007275 multicellular organism development 0.1978935490019662 0.36929255072646083 55 3 A0A109ND98 BP 0045229 external encapsulating structure organization 0.1836679657916323 0.3669276391124042 56 3 A0A109ND98 BP 0048856 anatomical structure development 0.17746297696644417 0.3658674671856096 57 3 A0A109ND98 BP 0032501 multicellular organismal process 0.17597961710762236 0.3656112904695401 58 3 A0A109ND98 BP 0032502 developmental process 0.17228549408883923 0.36496858189218295 59 3 A0A109ND98 BP 0022607 cellular component assembly 0.15114122198303934 0.3611492376274233 60 3 A0A109ND98 BP 0044085 cellular component biogenesis 0.12459233251442556 0.3559521719549029 61 3 A0A109ND99 MF 0003899 DNA-directed 5'-3' RNA polymerase activity 7.986083018661108 0.7150302422753567 1 100 A0A109ND99 CC 0000428 DNA-directed RNA polymerase complex 7.128098294541254 0.692362200204953 1 100 A0A109ND99 BP 0006351 DNA-templated transcription 5.624802984220455 0.6490660063194962 1 100 A0A109ND99 MF 0034062 5'-3' RNA polymerase activity 7.258425551364799 0.6958900768634682 2 100 A0A109ND99 CC 0030880 RNA polymerase complex 7.126849377759665 0.6923282374973244 2 100 A0A109ND99 BP 0097659 nucleic acid-templated transcription 5.532253958775768 0.6462212021281077 2 100 A0A109ND99 MF 0097747 RNA polymerase activity 7.2584140699975315 0.6958897674713906 3 100 A0A109ND99 CC 0061695 transferase complex, transferring phosphorus-containing groups 6.6325204743022415 0.6786434375149979 3 100 A0A109ND99 BP 0032774 RNA biosynthetic process 5.399289594166918 0.6420921138459001 3 100 A0A109ND99 CC 1990234 transferase complex 6.071929117238916 0.6624914538609228 4 100 A0A109ND99 MF 0000287 magnesium ion binding 5.64777765055123 0.6497685759637896 4 100 A0A109ND99 BP 0034654 nucleobase-containing compound biosynthetic process 3.776303633782042 0.5868630035337237 4 100 A0A109ND99 CC 0009536 plastid 5.701750100672364 0.651413463024555 5 100 A0A109ND99 MF 0016779 nucleotidyltransferase activity 5.337070592580782 0.6401425029512575 5 100 A0A109ND99 BP 0016070 RNA metabolic process 3.587535517360997 0.5797202807320627 5 100 A0A109ND99 CC 0009507 chloroplast 5.58245134240915 0.6477671143523753 6 95 A0A109ND99 MF 0008270 zinc ion binding 5.1137359108314815 0.6330490501851598 6 100 A0A109ND99 BP 0019438 aromatic compound biosynthetic process 3.3817616199146188 0.5717165079224966 6 100 A0A109ND99 CC 0140535 intracellular protein-containing complex 5.518205769072928 0.6457873098747524 7 100 A0A109ND99 MF 0140098 catalytic activity, acting on RNA 4.688779938340521 0.6191101381813741 7 100 A0A109ND99 BP 0018130 heterocycle biosynthetic process 3.3248142835592964 0.569458744015853 7 100 A0A109ND99 CC 1902494 catalytic complex 4.647933127109412 0.6177376335780937 8 100 A0A109ND99 MF 0046914 transition metal ion binding 4.350056979530025 0.6075405938801974 8 100 A0A109ND99 BP 1901362 organic cyclic compound biosynthetic process 3.249513011026974 0.5664434102169569 8 100 A0A109ND99 MF 0140640 catalytic activity, acting on a nucleic acid 3.773362332330041 0.5867530960422302 9 100 A0A109ND99 CC 0032991 protein-containing complex 2.793050864032982 0.5473643836421858 9 100 A0A109ND99 BP 0009059 macromolecule biosynthetic process 2.764157937404719 0.5461059907305972 9 100 A0A109ND99 MF 0016772 transferase activity, transferring phosphorus-containing groups 3.66006063543769 0.5824862573623077 10 100 A0A109ND99 BP 0090304 nucleic acid metabolic process 2.7420948837342114 0.5451406290907669 10 100 A0A109ND99 CC 0043231 intracellular membrane-bounded organelle 2.7340527347320864 0.5447877822140601 10 100 A0A109ND99 MF 0003677 DNA binding 3.242784478829422 0.5661722831937257 11 100 A0A109ND99 CC 0043227 membrane-bounded organelle 2.710644849121707 0.5437578042646316 11 100 A0A109ND99 BP 0010467 gene expression 2.6738774848838216 0.5421309709555706 11 100 A0A109ND99 MF 0046872 metal ion binding 2.5284766850038376 0.5355851989387872 12 100 A0A109ND99 BP 0044271 cellular nitrogen compound biosynthetic process 2.3884443377419284 0.5291006851825247 12 100 A0A109ND99 CC 0005737 cytoplasm 1.9905322826532035 0.5095571984004195 12 100 A0A109ND99 MF 0043169 cation binding 2.5143238828508863 0.5349381180323982 13 100 A0A109ND99 BP 0006139 nucleobase-containing compound metabolic process 2.28298730567733 0.5240907762078602 13 100 A0A109ND99 CC 0043229 intracellular organelle 1.8469571016327333 0.5020308654316576 13 100 A0A109ND99 MF 0016740 transferase activity 2.301280468899808 0.5249679917215242 14 100 A0A109ND99 BP 0006725 cellular aromatic compound metabolic process 2.086431462512169 0.5144339218662602 14 100 A0A109ND99 CC 0043226 organelle 1.8128301685532644 0.5001992863332632 14 100 A0A109ND99 MF 0003676 nucleic acid binding 2.240710361219076 0.5220499164342978 15 100 A0A109ND99 BP 0046483 heterocycle metabolic process 2.083690899708326 0.514296132087848 15 100 A0A109ND99 CC 0005622 intracellular anatomical structure 1.2320201809593576 0.46586677931873366 15 100 A0A109ND99 BP 1901360 organic cyclic compound metabolic process 2.0361252541833053 0.5118900339759536 16 100 A0A109ND99 MF 0043167 ion binding 1.6347319488438512 0.490347836148857 16 100 A0A109ND99 CC 0110165 cellular anatomical entity 0.029125224141152827 0.3294799972876692 16 100 A0A109ND99 BP 0044249 cellular biosynthetic process 1.8939057271002517 0.504523147309524 17 100 A0A109ND99 MF 1901363 heterocyclic compound binding 1.3089015680254026 0.47081930686931694 17 100 A0A109ND99 BP 1901576 organic substance biosynthetic process 1.858630198955426 0.5026534663242481 18 100 A0A109ND99 MF 0097159 organic cyclic compound binding 1.3084877102091288 0.4707930424004795 18 100 A0A109ND99 BP 0009058 biosynthetic process 1.8011064214738246 0.49956610461593753 19 100 A0A109ND99 MF 0005488 binding 0.8870019027912016 0.4414504902975599 19 100 A0A109ND99 BP 0034641 cellular nitrogen compound metabolic process 1.6554615748136527 0.49152120489992357 20 100 A0A109ND99 MF 0003824 catalytic activity 0.726739432090409 0.42848156775683277 20 100 A0A109ND99 BP 0043170 macromolecule metabolic process 1.5242882760480276 0.48396692582696793 21 100 A0A109ND99 BP 0006807 nitrogen compound metabolic process 1.0922980990938924 0.45645297201412727 22 100 A0A109ND99 BP 0044238 primary metabolic process 0.9785109724065157 0.4483314240397465 23 100 A0A109ND99 BP 0044237 cellular metabolic process 0.8874200370272276 0.4414827187090772 24 100 A0A109ND99 BP 0071704 organic substance metabolic process 0.8386622934604747 0.4376719920867509 25 100 A0A109ND99 BP 0008152 metabolic process 0.6095679849287668 0.41806466031781064 26 100 A0A109ND99 BP 0009987 cellular process 0.34820485521405387 0.3903809015514666 27 100 A0A109NDA1 BP 0009733 response to auxin 10.61886967967322 0.7778575363569069 1 94 A0A109NDA1 BP 0009725 response to hormone 8.925340249846332 0.7384894714041828 2 94 A0A109NDA1 BP 0009719 response to endogenous stimulus 8.446472562312797 0.7266920839188138 3 94 A0A109NDA1 BP 0010033 response to organic substance 7.4676585164644855 0.7014882851206188 4 94 A0A109NDA1 BP 0042221 response to chemical 5.050978796327406 0.6310280374134631 5 94 A0A109NDA1 BP 0050896 response to stimulus 3.0379926465379046 0.5577812527364769 6 94 A0A109NDA4 CC 0030131 clathrin adaptor complex 11.067078030976505 0.7877400074633558 1 94 A0A109NDA4 MF 0030276 clathrin binding 7.701150453832449 0.7076437467738738 1 65 A0A109NDA4 BP 0006886 intracellular protein transport 6.810934092939177 0.6836395676342079 1 94 A0A109NDA4 CC 0030119 AP-type membrane coat adaptor complex 10.60553134467286 0.7775602769962726 2 94 A0A109NDA4 BP 0016192 vesicle-mediated transport 6.420430091005092 0.6726160018616532 2 94 A0A109NDA4 MF 0005515 protein binding 3.4500687004628867 0.5743997152660845 2 65 A0A109NDA4 CC 0030118 clathrin coat 10.594528987381617 0.7773149367319299 3 94 A0A109NDA4 BP 0046907 intracellular transport 6.311902468870582 0.6694932184502574 3 94 A0A109NDA4 MF 0005488 binding 0.6080628579638314 0.4179246155081384 3 65 A0A109NDA4 CC 0030117 membrane coat 9.320163102648676 0.7479802403668205 4 94 A0A109NDA4 BP 0051649 establishment of localization in cell 6.229846483692797 0.6671142693238701 4 94 A0A109NDA4 CC 0048475 coated membrane 9.320163102648676 0.7479802403668205 5 94 A0A109NDA4 BP 0015031 protein transport 5.45471131723327 0.6438192959559832 5 94 A0A109NDA4 BP 0045184 establishment of protein localization 5.412279610711657 0.6424977316735835 6 94 A0A109NDA4 CC 0098796 membrane protein complex 4.43622116956827 0.6105251598002601 6 94 A0A109NDA4 BP 0008104 protein localization 5.370758464601035 0.6411995030301266 7 94 A0A109NDA4 CC 0032991 protein-containing complex 2.7930466266955385 0.5473641995690488 7 94 A0A109NDA4 BP 0070727 cellular macromolecule localization 5.369928557035006 0.6411735035112145 8 94 A0A109NDA4 CC 0005737 cytoplasm 1.9905292628166928 0.5095570430059334 8 94 A0A109NDA4 BP 0051641 cellular localization 5.183900327178768 0.6352939774919124 9 94 A0A109NDA4 CC 0005622 intracellular anatomical structure 1.2320183118615506 0.46586665706562747 9 94 A0A109NDA4 BP 0033036 macromolecule localization 5.114575710200489 0.6330760105141442 10 94 A0A109NDA4 CC 0016020 membrane 0.7464575847242791 0.43014957200821924 10 94 A0A109NDA4 BP 0071705 nitrogen compound transport 4.550648168217124 0.6144442450739778 11 94 A0A109NDA4 CC 0030124 AP-4 adaptor complex 0.16142560143233656 0.3630381728546756 11 1 A0A109NDA4 BP 0071702 organic substance transport 4.187952233414032 0.6018443495258784 12 94 A0A109NDA4 CC 0110165 cellular anatomical entity 0.029125179955275516 0.3294799784907952 12 94 A0A109NDA4 BP 0006810 transport 2.4109519344958805 0.5301555301452019 13 94 A0A109NDA4 BP 0051234 establishment of localization 2.404327145404193 0.5298455648678038 14 94 A0A109NDA4 BP 0051179 localization 2.3955095811651224 0.5294323392840637 15 94 A0A109NDA4 BP 0009987 cellular process 0.3482043269524708 0.39038083655819444 16 94 A0A109NDA7 CC 0009507 chloroplast 5.8681612557264815 0.6564366607007743 1 10 A0A109NDA7 CC 0009536 plastid 5.693847849344808 0.6511731186710602 2 10 A0A109NDA7 CC 0005840 ribosome 3.166405145849646 0.5630746240367925 3 10 A0A109NDA7 CC 0043232 intracellular non-membrane-bounded organelle 2.777500082310186 0.5466879032830958 4 10 A0A109NDA7 CC 0043231 intracellular membrane-bounded organelle 2.730263517128513 0.544621351576222 5 10 A0A109NDA7 CC 0043228 non-membrane-bounded organelle 2.7289703739066185 0.544564527498103 6 10 A0A109NDA7 CC 0043227 membrane-bounded organelle 2.7068880733108944 0.5435920876151752 7 10 A0A109NDA7 CC 0005737 cytoplasm 1.9877735355851258 0.5094151898655365 8 10 A0A109NDA7 CC 0043229 intracellular organelle 1.844397340340039 0.5018940742068145 9 10 A0A109NDA7 CC 0043226 organelle 1.8103177049494323 0.5000637647726852 10 10 A0A109NDA7 CC 0005622 intracellular anatomical structure 1.2303126818689618 0.4657550573075885 11 10 A0A109NDA7 CC 0110165 cellular anatomical entity 0.02908485849252371 0.3294628196090877 12 10 A0A109NDA8 MF 0003680 minor groove of adenine-thymine-rich DNA binding 13.728729524622945 0.8426993993647267 1 92 A0A109NDA8 CC 0005634 nucleus 1.9795006553867829 0.5089887454010763 1 49 A0A109NDA8 BP 0006355 regulation of DNA-templated transcription 1.7695927232411426 0.49785380961244835 1 49 A0A109NDA8 MF 0000217 DNA secondary structure binding 13.286543348465804 0.8339643242061934 2 92 A0A109NDA8 BP 1903506 regulation of nucleic acid-templated transcription 1.7695829211288692 0.4978532746537754 2 49 A0A109NDA8 CC 0043231 intracellular membrane-bounded organelle 1.3740180643622624 0.47490128616339 2 49 A0A109NDA8 MF 0003677 DNA binding 3.242685978924224 0.5661683120400991 3 92 A0A109NDA8 BP 2001141 regulation of RNA biosynthetic process 1.768657840546701 0.49780278091876284 3 49 A0A109NDA8 CC 0043227 membrane-bounded organelle 1.3622542613936492 0.47417112167898334 3 49 A0A109NDA8 MF 0003700 DNA-binding transcription factor activity 2.3915674003515752 0.5292473472662464 4 49 A0A109NDA8 BP 0051252 regulation of RNA metabolic process 1.755785554550584 0.49709879697652 4 49 A0A109NDA8 CC 0043229 intracellular organelle 0.9282017093186101 0.44459036337658375 4 49 A0A109NDA8 MF 0140110 transcription regulator activity 2.3505924117968884 0.5273154393603694 5 49 A0A109NDA8 BP 0019219 regulation of nucleobase-containing compound metabolic process 1.7409242796338618 0.4962828181870491 5 49 A0A109NDA8 CC 0043226 organelle 0.9110509711719782 0.4432919336298389 5 49 A0A109NDA8 MF 0003676 nucleic acid binding 2.240642299416142 0.5220466153964274 6 92 A0A109NDA8 BP 0010556 regulation of macromolecule biosynthetic process 1.727371080737966 0.49553561929063916 6 49 A0A109NDA8 CC 0005622 intracellular anatomical structure 0.6191606924008005 0.4189531822065091 6 49 A0A109NDA8 BP 0031326 regulation of cellular biosynthetic process 1.7249852245775301 0.49540378205263014 7 49 A0A109NDA8 MF 1901363 heterocyclic compound binding 1.3088618100084248 0.47081678390481807 7 92 A0A109NDA8 CC 0110165 cellular anatomical entity 0.01463709298294326 0.32226685563335433 7 49 A0A109NDA8 BP 0009889 regulation of biosynthetic process 1.7239108912563712 0.49534438695328464 8 49 A0A109NDA8 MF 0097159 organic cyclic compound binding 1.3084479647631242 0.47079051983487663 8 92 A0A109NDA8 BP 0031323 regulation of cellular metabolic process 1.6805241686578671 0.4929300673877066 9 49 A0A109NDA8 MF 0005488 binding 0.8869749600190544 0.4414484133768291 9 92 A0A109NDA8 BP 0051171 regulation of nitrogen compound metabolic process 1.6723851516671424 0.4924737016943652 10 49 A0A109NDA8 BP 0080090 regulation of primary metabolic process 1.6693626639750492 0.4923039440392779 11 49 A0A109NDA8 BP 0010468 regulation of gene expression 1.6571195162332073 0.4916147320184403 12 49 A0A109NDA8 BP 0060255 regulation of macromolecule metabolic process 1.610599935191915 0.4889724690713416 13 49 A0A109NDA8 BP 0019222 regulation of metabolic process 1.5927655635315585 0.48794939314103714 14 49 A0A109NDA8 BP 0050794 regulation of cellular process 1.3248506386219923 0.4718283309558646 15 49 A0A109NDA8 BP 0050789 regulation of biological process 1.2365694061865304 0.46616405870473737 16 49 A0A109NDA8 BP 0065007 biological regulation 1.1875325236658674 0.4629301984380618 17 49 A0A109NDB0 CC 0030127 COPII vesicle coat 11.737589726181783 0.8021576099535312 1 91 A0A109NDB0 BP 0006888 endoplasmic reticulum to Golgi vesicle-mediated transport 9.858046587993323 0.7605920821165101 1 91 A0A109NDB0 MF 0008270 zinc ion binding 4.76970714250214 0.6218118516764366 1 85 A0A109NDB0 CC 0012507 ER to Golgi transport vesicle membrane 10.97848429604857 0.785802716218651 2 91 A0A109NDB0 BP 0048193 Golgi vesicle transport 8.962142301170184 0.7393828782241866 2 91 A0A109NDB0 MF 0046914 transition metal ion binding 4.057405037598429 0.5971763797367049 2 85 A0A109NDB0 CC 0030134 COPII-coated ER to Golgi transport vesicle 10.734888214702234 0.7804353020599751 3 91 A0A109NDB0 BP 0006886 intracellular protein transport 6.81092368136652 0.683639278000048 3 91 A0A109NDB0 MF 0046872 metal ion binding 2.358372335686768 0.5276835381551238 3 85 A0A109NDB0 CC 0030120 vesicle coat 10.05984279352073 0.7652345459458055 4 91 A0A109NDB0 BP 0016192 vesicle-mediated transport 6.420420276378571 0.6726157206531143 4 91 A0A109NDB0 MF 0043169 cation binding 2.345171669345674 0.5270586025133313 4 85 A0A109NDB0 CC 0030658 transport vesicle membrane 9.854956629687107 0.7605206279030805 5 91 A0A109NDB0 BP 0046907 intracellular transport 6.31189282014542 0.6694929396285496 5 91 A0A109NDB0 MF 0000149 SNARE binding 1.6446128361466088 0.49090805087050454 5 11 A0A109NDB0 CC 0030662 coated vesicle membrane 9.540900997063456 0.7531988264835581 6 91 A0A109NDB0 BP 0051649 establishment of localization in cell 6.229836960402978 0.66711399232046 6 91 A0A109NDB0 MF 0043167 ion binding 1.524754658519148 0.48399434864419333 6 85 A0A109NDB0 CC 0030133 transport vesicle 9.4222772778815 0.7504019730051313 7 91 A0A109NDB0 BP 0015031 protein transport 5.454702978858178 0.6438190367575759 7 91 A0A109NDB0 MF 0005488 binding 0.8273284707947062 0.4367704328867882 7 85 A0A109NDB0 CC 0030117 membrane coat 9.320148855329 0.7479799015552764 8 91 A0A109NDB0 BP 0045184 establishment of protein localization 5.41227133720003 0.6424974734852849 8 91 A0A109NDB0 MF 0005515 protein binding 0.6714496892626457 0.42367983298320744 8 11 A0A109NDB0 CC 0048475 coated membrane 9.320148855329 0.7479799015552764 9 91 A0A109NDB0 BP 0008104 protein localization 5.370750254560941 0.6411992458341007 9 91 A0A109NDB0 CC 0030135 coated vesicle 9.124497776840368 0.7433024984071985 10 91 A0A109NDB0 BP 0070727 cellular macromolecule localization 5.369920348263556 0.6411732463350608 10 91 A0A109NDB0 CC 0030659 cytoplasmic vesicle membrane 7.88615690628084 0.7124550263349247 11 91 A0A109NDB0 BP 0051641 cellular localization 5.183892402780415 0.6352937248096455 11 91 A0A109NDB0 CC 0012506 vesicle membrane 7.846493671882495 0.7114283367851882 12 91 A0A109NDB0 BP 0033036 macromolecule localization 5.114567891775603 0.6330757595271319 12 91 A0A109NDB0 CC 0031410 cytoplasmic vesicle 7.022187528674282 0.6894714393695835 13 91 A0A109NDB0 BP 0071705 nitrogen compound transport 4.550641211843241 0.6144440083277471 13 91 A0A109NDB0 CC 0097708 intracellular vesicle 7.021704190749735 0.6894581972118908 14 91 A0A109NDB0 BP 0071702 organic substance transport 4.187945831477328 0.6018441224101022 14 91 A0A109NDB0 CC 0031982 vesicle 6.977082658830288 0.6882337179172456 15 91 A0A109NDB0 BP 0006810 transport 2.410948248980664 0.5301553578232048 15 91 A0A109NDB0 CC 0098588 bounding membrane of organelle 6.586499585615829 0.6773438436678136 16 91 A0A109NDB0 BP 0051234 establishment of localization 2.404323470015998 0.5298453927827218 16 91 A0A109NDB0 CC 0012505 endomembrane system 5.422515039574998 0.6428169937757658 17 91 A0A109NDB0 BP 0051179 localization 2.3955059192559456 0.5294321675148217 17 91 A0A109NDB0 CC 0098796 membrane protein complex 4.436214388113862 0.6105249260494967 18 91 A0A109NDB0 BP 0090110 COPII-coated vesicle cargo loading 2.146279035529725 0.5174206777848234 18 11 A0A109NDB0 CC 0031090 organelle membrane 4.186275762749708 0.6017848689467079 19 91 A0A109NDB0 BP 0035459 vesicle cargo loading 2.1093581345540926 0.5155831001411192 19 11 A0A109NDB0 CC 0032991 protein-containing complex 2.7930423570891247 0.547364014093982 20 91 A0A109NDB0 BP 0090114 COPII-coated vesicle budding 1.656121230542831 0.4915584227386706 20 11 A0A109NDB0 CC 0043231 intracellular membrane-bounded organelle 2.734044407481975 0.5447874165897055 21 91 A0A109NDB0 BP 0006900 vesicle budding from membrane 1.6277035725986184 0.48994831855981735 21 11 A0A109NDB0 CC 0043227 membrane-bounded organelle 2.7106365931662406 0.5437574402088076 22 91 A0A109NDB0 BP 0016050 vesicle organization 1.4550539222049177 0.47984839435177007 22 11 A0A109NDB0 CC 0070971 endoplasmic reticulum exit site 2.083263509871603 0.5142746356531807 23 13 A0A109NDB0 BP 0061024 membrane organization 0.9902227795047225 0.4491884302261231 23 11 A0A109NDB0 CC 0005737 cytoplasm 1.9905262199829548 0.5095568864279388 24 91 A0A109NDB0 BP 0006996 organelle organization 0.6929704468944013 0.42557151711918134 24 11 A0A109NDB0 CC 0043229 intracellular organelle 1.8469514762570651 0.5020305649208625 25 91 A0A109NDB0 BP 0016043 cellular component organization 0.5953734284250927 0.4167369662496418 25 13 A0A109NDB0 CC 0043226 organelle 1.8128246471198146 0.5001989886117393 26 91 A0A109NDB0 BP 0071840 cellular component organization or biogenesis 0.5494418256382558 0.41232854634159277 26 13 A0A109NDB0 CC 0005622 intracellular anatomical structure 1.232016428529838 0.4658665338814225 27 91 A0A109NDB0 BP 0010584 pollen exine formation 0.46472543371647834 0.4036839628831957 27 3 A0A109NDB0 CC 0005783 endoplasmic reticulum 0.9993828579361641 0.4498551885713441 28 13 A0A109NDB0 BP 0048658 anther wall tapetum development 0.46139896388619206 0.40332906676822583 28 3 A0A109NDB0 CC 0016020 membrane 0.7464564436476996 0.4301494761235861 29 91 A0A109NDB0 BP 0010208 pollen wall assembly 0.45862123687623557 0.40303173384981655 29 3 A0A109NDB0 BP 0048653 anther development 0.4411390063106519 0.4011393660058367 30 3 A0A109NDB0 CC 0110165 cellular anatomical entity 0.029125135432905586 0.3294799595507613 30 91 A0A109NDB0 BP 0048443 stamen development 0.43411316115203213 0.4003683079242794 31 3 A0A109NDB0 BP 0048466 androecium development 0.43411316115203213 0.4003683079242794 32 3 A0A109NDB0 BP 0048438 floral whorl development 0.42041398374559963 0.39884671972972735 33 3 A0A109NDB0 BP 0048437 floral organ development 0.40664853960595615 0.3972925883991476 34 3 A0A109NDB0 BP 0009555 pollen development 0.3965689412495622 0.39613784146141123 35 3 A0A109NDB0 BP 0048229 gametophyte development 0.3869095287107931 0.3950173796685378 36 3 A0A109NDB0 BP 0048827 phyllome development 0.377950114830888 0.3939655442429172 37 3 A0A109NDB0 BP 0009908 flower development 0.37151726610119806 0.3932026179381277 38 3 A0A109NDB0 BP 0090567 reproductive shoot system development 0.37057744050569386 0.39309060471158214 39 3 A0A109NDB0 BP 0010927 cellular component assembly involved in morphogenesis 0.3618620124879576 0.39204501293012733 40 3 A0A109NDB0 BP 0009987 cellular process 0.3482037946679706 0.39038077106992336 41 91 A0A109NDB0 BP 0048367 shoot system development 0.32689301420099076 0.38771745897171306 42 3 A0A109NDB0 BP 0099402 plant organ development 0.32613492970126606 0.38762114186556396 43 3 A0A109NDB0 BP 0048608 reproductive structure development 0.30589357130189143 0.38500670208332943 44 3 A0A109NDB0 BP 0061458 reproductive system development 0.3057427749250718 0.3849869052427374 45 3 A0A109NDB0 BP 0009791 post-embryonic development 0.30062627541352205 0.38431228416264857 46 3 A0A109NDB0 BP 0032989 cellular component morphogenesis 0.27853090569307615 0.38133079163080175 47 3 A0A109NDB0 BP 0003006 developmental process involved in reproduction 0.26918496652191426 0.3800341716393045 48 3 A0A109NDB0 BP 0048646 anatomical structure formation involved in morphogenesis 0.2570377152101306 0.3783147840537741 49 3 A0A109NDB0 BP 0022414 reproductive process 0.22357382807748327 0.37335577878307624 50 3 A0A109NDB0 BP 0000003 reproduction 0.220969830311415 0.3729547857021673 51 3 A0A109NDB0 BP 0009653 anatomical structure morphogenesis 0.21419587374343504 0.3719004477214832 52 3 A0A109NDB0 BP 0048731 system development 0.20191808890377494 0.36994605080065646 53 3 A0A109NDB0 BP 0048869 cellular developmental process 0.20130735509556735 0.3698473024750377 54 3 A0A109NDB0 BP 0007275 multicellular organism development 0.19797548133677528 0.369305920719718 55 3 A0A109NDB0 BP 0045229 external encapsulating structure organization 0.1837440084183012 0.3669405195932954 56 3 A0A109NDB0 BP 0048856 anatomical structure development 0.17753645058960346 0.3658801282218225 57 3 A0A109NDB0 BP 0032501 multicellular organismal process 0.17605247658677742 0.3656238984798092 58 3 A0A109NDB0 BP 0032502 developmental process 0.17235682411882566 0.36498105686839083 59 3 A0A109NDB0 BP 0022607 cellular component assembly 0.15120379781365845 0.36116092203867445 60 3 A0A109NDB0 BP 0044085 cellular component biogenesis 0.12464391651377116 0.3559627806270446 61 3 A0A109NDB2 CC 0009536 plastid 5.397055074756234 0.6420222910263842 1 32 A0A109NDB2 CC 0009507 chloroplast 2.9285382079753695 0.5531803577353209 2 17 A0A109NDB2 CC 0043231 intracellular membrane-bounded organelle 2.5879480731533504 0.5382847014344369 3 32 A0A109NDB2 CC 0043227 membrane-bounded organelle 2.5657910782671816 0.5372826217384913 4 32 A0A109NDB2 CC 0005737 cytoplasm 1.884160506489532 0.5040083824748449 5 32 A0A109NDB2 CC 0043229 intracellular organelle 1.7482578194804685 0.4966859097392814 6 32 A0A109NDB2 CC 0043226 organelle 1.7159545908032425 0.49490394127380327 7 32 A0A109NDB2 CC 0005622 intracellular anatomical structure 1.1661824268770908 0.4615013735690692 8 32 A0A109NDB2 CC 0016021 integral component of membrane 0.9110878394186661 0.44329473785817886 9 34 A0A109NDB2 CC 0031224 intrinsic component of membrane 0.9079120837561947 0.4430529789282298 10 34 A0A109NDB2 CC 0016020 membrane 0.7463783907507653 0.43014291716686925 11 34 A0A109NDB2 CC 0110165 cellular anatomical entity 0.029122089975647518 0.3294786639639868 12 34 A0A109NDB4 MF 0015144 carbohydrate transmembrane transporter activity 8.622299597643003 0.7310616860238398 1 24 A0A109NDB4 BP 0034219 carbohydrate transmembrane transport 7.846219969990445 0.7114212429614506 1 24 A0A109NDB4 CC 0016021 integral component of membrane 0.9110359738756987 0.4432907929072502 1 24 A0A109NDB4 MF 0015293 symporter activity 7.7087468276215105 0.7078424285740927 2 22 A0A109NDB4 BP 0008643 carbohydrate transport 7.032975317451924 0.6897668772263483 2 24 A0A109NDB4 CC 0031224 intrinsic component of membrane 0.9078603989996287 0.44304904085871044 2 24 A0A109NDB4 MF 0015291 secondary active transmembrane transporter activity 6.389796489762151 0.6717372392353602 3 22 A0A109NDB4 BP 0071702 organic substance transport 4.187269538250268 0.6018201291829821 3 24 A0A109NDB4 CC 0016020 membrane 0.7463359016308139 0.4301393465684452 3 24 A0A109NDB4 MF 0022804 active transmembrane transporter activity 4.188273982668934 0.6018557637125157 4 22 A0A109NDB4 BP 0055085 transmembrane transport 2.793698501798318 0.5473925158742107 4 24 A0A109NDB4 CC 0005886 plasma membrane 0.06196286810022212 0.3408436803144299 4 1 A0A109NDB4 MF 0022857 transmembrane transporter activity 3.276292267808238 0.5675197118442447 5 24 A0A109NDB4 BP 0006810 transport 2.4105589153939393 0.53013715318378 5 24 A0A109NDB4 CC 0071944 cell periphery 0.05923350508345163 0.3400386807480785 5 1 A0A109NDB4 MF 0005215 transporter activity 3.2662982107077654 0.5671185508463155 6 24 A0A109NDB4 BP 0051234 establishment of localization 2.4039352062361248 0.5298272131717632 6 24 A0A109NDB4 CC 0110165 cellular anatomical entity 0.029120432140976062 0.3294779586658281 6 24 A0A109NDB4 BP 0051179 localization 2.395119079384141 0.5294140212701892 7 24 A0A109NDB4 BP 0009987 cellular process 0.3481475647458449 0.390373852682363 8 24 A0A109NDB6 MF 0045158 electron transporter, transferring electrons within cytochrome b6/f complex of photosystem II activity 10.434558739279176 0.7737332816363595 1 94 A0A109NDB6 BP 0009767 photosynthetic electron transport chain 9.249399305070346 0.746294220438595 1 96 A0A109NDB6 CC 0009535 chloroplast thylakoid membrane 6.882840165552919 0.6856346328754566 1 92 A0A109NDB6 MF 0045156 electron transporter, transferring electrons within the cyclic electron transport pathway of photosynthesis activity 9.967882240250121 0.7631247593515025 2 96 A0A109NDB6 BP 0019684 photosynthesis, light reaction 8.340602029460499 0.7240390587712965 2 96 A0A109NDB6 CC 0055035 plastid thylakoid membrane 6.882363836741934 0.6856214513053625 2 92 A0A109NDB6 CC 0009534 chloroplast thylakoid 6.874909808621439 0.6854151146087559 3 92 A0A109NDB6 BP 0015979 photosynthesis 6.81715420628068 0.6838125621991229 3 96 A0A109NDB6 MF 0009055 electron transfer activity 4.787895722332244 0.6224159061642328 3 96 A0A109NDB6 CC 0031976 plastid thylakoid 6.874498061751796 0.6854037136880012 4 92 A0A109NDB6 BP 0022900 electron transport chain 4.388269448621892 0.6088678160425152 4 96 A0A109NDB6 MF 0016491 oxidoreductase activity 2.7963466098044996 0.5475075110625136 4 96 A0A109NDB6 CC 0042651 thylakoid membrane 6.828290258212443 0.6841220824431589 5 96 A0A109NDB6 BP 0006091 generation of precursor metabolites and energy 3.920237667955962 0.5921900477634352 5 96 A0A109NDB6 MF 0003824 catalytic activity 0.6986395663871506 0.4260649287221105 5 96 A0A109NDB6 CC 0034357 photosynthetic membrane 6.7588312244619715 0.6821873627799753 6 96 A0A109NDB6 BP 0044237 cellular metabolic process 0.8531073483774343 0.4388122527964369 6 96 A0A109NDB6 CC 0042170 plastid membrane 6.754063737733547 0.6820542048860538 7 92 A0A109NDB6 BP 0008152 metabolic process 0.5859986315165889 0.41585139489997197 7 96 A0A109NDB6 CC 0009526 plastid envelope 6.740638697834747 0.681678985212701 8 92 A0A109NDB6 BP 0009987 cellular 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5.701729399245334 0.651412833615177 12 100 A0A109NDC0 CC 0009507 chloroplast 5.2887166337866995 0.6386194878092477 13 90 A0A109NDC0 CC 0031984 organelle subcompartment 5.226904455096375 0.6366624010380921 14 85 A0A109NDC0 CC 0098796 membrane protein complex 4.436211793092416 0.6105248366013446 15 100 A0A109NDC0 CC 0031967 organelle envelope 3.93981543303408 0.5929070199826417 16 85 A0A109NDC0 CC 0031975 envelope 3.589017727009653 0.5797770879212836 17 85 A0A109NDC0 CC 0031090 organelle membrane 3.5583824005734206 0.578600563136671 18 85 A0A109NDC0 CC 0032991 protein-containing complex 2.7930407232625822 0.5473639431192322 19 100 A0A109NDC0 CC 0043231 intracellular membrane-bounded organelle 2.7340428081670525 0.5447873463685629 20 100 A0A109NDC0 CC 0043227 membrane-bounded organelle 2.710635007544024 0.543757370288914 21 100 A0A109NDC0 CC 0005737 cytoplasm 1.99052505559869 0.5095568265110768 22 100 A0A109NDC0 CC 0043229 intracellular organelle 1.8469503958587183 0.5020305072053107 23 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entity 0.02912514531977232 0.32947996375668404 29 100 A0A109NDC3 MF 0048038 quinone binding 7.873015130692419 0.7121151358516195 1 99 A0A109NDC3 CC 0009535 chloroplast thylakoid membrane 7.390263759105238 0.6994267744196816 1 99 A0A109NDC3 BP 0042773 ATP synthesis coupled electron transport 6.964325520711785 0.6878829243666624 1 91 A0A109NDC3 CC 0055035 plastid thylakoid membrane 7.389752313907535 0.6994131155968917 2 99 A0A109NDC3 MF 0008137 NADH dehydrogenase (ubiquinone) activity 6.750805825880215 0.6819631830158697 2 91 A0A109NDC3 BP 0022904 respiratory electron transport chain 6.037311011358586 0.6614700513564914 2 91 A0A109NDC3 CC 0009534 chloroplast thylakoid 7.381748752506539 0.6991993082618086 3 99 A0A109NDC3 MF 0050136 NADH dehydrogenase (quinone) activity 6.600166660875976 0.6777302638096736 3 91 A0A109NDC3 BP 0006119 oxidative phosphorylation 4.962279736555215 0.6281500613340227 3 91 A0A109NDC3 CC 0031976 plast